Katrina walks down an up-escalator and counts 150 steps. Priyanka walks up the same escalator and counts 75 steps. Katrina takes three times as many steps in a given time as Priyanka. How many steps are visible on the escalator?
Katrina walks down an up-escalator and counts 150 steps. Priyanka walks up the same escalator and counts 75 steps. Katrina takes three times as many steps in a given time as Priyanka. How many steps are visible on the escalator?
A and B are participating in a 500 m race. A gives B a lead of 50 m and beats him by a distance of 10 m. If A completes the race in 30 minutes, a finishes the race _____________ minutes before B. 1. 4.12. 5.43. 6.04. 7.25. 6.4
A and B are participating in a 500 m race. A gives B a lead of 50 m and beats him by a distance of 10 m. If A completes the race in 30 minutes, a finishes the race _____________ minutes before B.
There is a cuboidal reservoir with base dimensions of 77m*48m..water is pumped into the reservoir using a pipe of diameter 56cm with water flowing through the pipe at 27km/hr .If the water level in the reservoir rises by 3m after t minutes, what is the value of t ?
There is a cuboidal reservoir with base dimensions of 77m*48m..water is pumped into the reservoir using a pipe of diameter 56cm with water flowing through the pipe at 27km/hr .If the water level in the reservoir rises by 3m after t minutes, what is the value of t ?
To qualify for a race, you need to average 60 mph driving two laps around a 1 mile long track. You have some sort of engine difficulty the first lap so that you only average 30 mph during that lap. how fast do you have to drive the second lap to average 60 for both of them?
To qualify for a race, you need to average 60 mph driving two laps around a 1 mile long track. You have some sort of engine difficulty the first lap so that you only average 30 mph during that lap. how fast do you have to drive the second lap to average 60 for both of them?
Last one R walks down an up-escalator and counts 150 steps. A walks up the same escalator and counts 75 steps. R takes three times as many steps in a given time as A. How many steps are visible on the escalator?
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R walks
down an up-escalator and counts 150 steps. A walks up the same
escalator and counts 75 steps. R takes three times as many steps in a
given time as A. How many steps are visible on the escalator?
Last one R walks down an up-escalator and counts 150 steps. A walks up the same escalator and counts 75 steps. R takes three times as many steps in a given time as A. How many steps are visible on the escalator?
R walks
down an up-escalator and counts 150 steps. A walks up the same
escalator and counts 75 steps. R takes three times as many steps in a
given time as A. How many steps are visible on the escalator?
R walked down a descending escalator and took 40 steps to reach the bottom.S started simultaneously from the bottom,taking 2 steps to every 1 step taken by R.Time taken by R to reach the bottom from the top is the same as time taken by S to reach the top from the bottom. i)how many steps mor...
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R walked down a descending escalator and took 40 steps to reach the
bottom.S started simultaneously from the bottom,taking 2 steps to every 1 step taken by R.Time taken by R to reach the bottom from the top is the
same as time taken by S to reach the top from the bottom. i)how many steps more than R did S take before they crossed each other? ii)If R were to walk at the speed of S,what % of the initial time would he able to save?
R walked down a descending escalator and took 40 steps to reach the bottom.S started simultaneously from the bottom,taking 2 steps to every 1 step taken by R.Time taken by R to reach the bottom from the top is the same as time taken by S to reach the top from the bottom. i)how many steps mor...
R walked down a descending escalator and took 40 steps to reach the
bottom.S started simultaneously from the bottom,taking 2 steps to every 1 step taken by R.Time taken by R to reach the bottom from the top is the
same as time taken by S to reach the top from the bottom. i)how many steps more than R did S take before they crossed each other? ii)If R were to walk at the speed of S,what % of the initial time would he able to save?
A and S walk up an escalator. The escalator moves at a constant speed A takes 9 steps for every 16 of S's steps. A gets to the top of the escalator after having taken 30 steps while S, because of his faster pace, ends up taking 40 steps to reach the top. If the escalator was turned off, how m...
A and S walk up an escalator. The escalator moves at a constant speed A
takes 9 steps for every 16 of S's steps. A gets to the top of the
escalator after having taken 30 steps while S, because of his faster
pace, ends up taking 40 steps to reach the top. If the escalator was
turned off, how many steps wud they have to take to walk up?
Anu and Prem started running simultaneously from diametrically opposite points on a circular track. They ran in opposite directions and met after 12 minutes for the first time. If the distance between them exactly 't' minutes after they start is equal to a quarter of the length of the track, whic...
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Anu and Prem started running simultaneously from diametrically opposite points on a circular track.
They ran in opposite directions and met after 12 minutes for the first time. If the distance between
them exactly ‘t’ minutes after they start is equal to a quarter of the length of the track, which of the
following is not a possible value of ‘t’?
Anu and Prem started running simultaneously from diametrically opposite points on a circular track. They ran in opposite directions and met after 12 minutes for the first time. If the distance between them exactly 't' minutes after they start is equal to a quarter of the length of the track, whic...
Anu and Prem started running simultaneously from diametrically opposite points on a circular track.
They ran in opposite directions and met after 12 minutes for the first time. If the distance between
them exactly ‘t’ minutes after they start is equal to a quarter of the length of the track, which of the
following is not a possible value of ‘t’?
A dishonest grocer professes to sell pure butter at cost price, but he mixex it with adulterred fat and thereby gains 25%. Find the % of adulterated fat in the mixture assuming the adultered fat is freely available.
A dishonest grocer professes to sell pure butter at cost price, but he mixex it with adulterred fat and thereby gains 25%. Find the % of adulterated fat in the mixture assuming the adultered fat is freely available.
A railway track runs parallel to a road until a bend brings the road to a level crossing. A cyclist rides to work along the road every day at a constant speed of 12 miles per hour. He normally meets a train that travels in the same direction at the crossing. One day he was late by 25 minutes and ...
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A railway track runs parallel to a road until a bend brings the road to a level crossing. A cyclist rides to work along the road every day at a constant speed of 12 miles per hour. He normally meets a train that travels in the same direction at the crossing. One day he was late by 25 minutes and met the train 6 miles before the level crossing. Can you figure out the speed of the train?
A railway track runs parallel to a road until a bend brings the road to a level crossing. A cyclist rides to work along the road every day at a constant speed of 12 miles per hour. He normally meets a train that travels in the same direction at the crossing. One day he was late by 25 minutes and ...
A railway track runs parallel to a road until a bend brings the road to a level crossing. A cyclist rides to work along the road every day at a constant speed of 12 miles per hour. He normally meets a train that travels in the same direction at the crossing. One day he was late by 25 minutes and met the train 6 miles before the level crossing. Can you figure out the speed of the train?
A starts from a place and travels 1km east then 2km north then 3km west then 4km south then 5km east then 6km north then 7km west then 8km south and so on..Continuing this way if he has travelled a total dist of 300 then how far is he from initial point...
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A starts from a place and travels 1km east then 2km north then 3km west then 4km south then 5km east then 6km north then 7km west then 8km south and so on..Continuing this way if he has travelled a total dist of 300 then how far is he from initial point...
A starts from a place and travels 1km east then 2km north then 3km west then 4km south then 5km east then 6km north then 7km west then 8km south and so on..Continuing this way if he has travelled a total dist of 300 then how far is he from initial point...
A starts from a place and travels 1km east then 2km north then 3km west then 4km south then 5km east then 6km north then 7km west then 8km south and so on..Continuing this way if he has travelled a total dist of 300 then how far is he from initial point...
A group of soldiers was put on a job. On second day, the Lieutenant, realizing the urgency of the work, put in 6 more soldiers. Due to further pressure, workforce had to be increased by 6, each subsequent day and the job ultimately was completed in as many days as the number of soldiers in the gr...
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A group of soldiers was put on a job. On second day, the Lieutenant, realizing the urgency of the work, put in 6 more soldiers. Due to further pressure, workforce had to be increased by 6, each subsequent day and the job ultimately was completed in as many days as the number of soldiers in the group at the start of the work. Had there been no addition in workforce, it would have taken 3 times as many days for completing the job. How many soldiers in all worked on this job?
A group of soldiers was put on a job. On second day, the Lieutenant, realizing the urgency of the work, put in 6 more soldiers. Due to further pressure, workforce had to be increased by 6, each subsequent day and the job ultimately was completed in as many days as the number of soldiers in the gr...
A group of soldiers was put on a job. On second day, the Lieutenant, realizing the urgency of the work, put in 6 more soldiers. Due to further pressure, workforce had to be increased by 6, each subsequent day and the job ultimately was completed in as many days as the number of soldiers in the group at the start of the work. Had there been no addition in workforce, it would have taken 3 times as many days for completing the job. How many soldiers in all worked on this job?
In a Km race,if A gives B a 50 m start,then B wins by 5 sec, but if A gives b a 5 sec start, A wins by 30m. Find the time that A take to run 1km...? (plz give a detailed answer)
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In a Km race,if A gives B a 50 m start,then B wins by 5 sec, but if A gives b a 5 sec start, A wins by 30m. Find the time that A take to run 1km...? (plz give a detailed answer)
In a Km race,if A gives B a 50 m start,then B wins by 5 sec, but if A gives b a 5 sec start, A wins by 30m. Find the time that A take to run 1km...? (plz give a detailed answer)
In a Km race,if A gives B a 50 m start,then B wins by 5 sec, but if A gives b a 5 sec start, A wins by 30m. Find the time that A take to run 1km...? (plz give a detailed answer)
The distance between 2 points A and B is 90km.At 9 am P and Q start at speeds of 8 and 10 resp.After every stretch of 10km travelled each of them changes his speed from 8km/hr to 10 km/hr or vice versa. When will they cross each other??
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The distance between 2 points A and B is 90km.At 9 am P and Q start at speeds of 8 and 10 resp.After every stretch of 10km travelled each of them changes his speed from 8km/hr to 10 km/hr or vice versa.
The distance between 2 points A and B is 90km.At 9 am P and Q start at speeds of 8 and 10 resp.After every stretch of 10km travelled each of them changes his speed from 8km/hr to 10 km/hr or vice versa. When will they cross each other??
The distance between 2 points A and B is 90km.At 9 am P and Q start at speeds of 8 and 10 resp.After every stretch of 10km travelled each of them changes his speed from 8km/hr to 10 km/hr or vice versa.
Two persons R and S decided to meet at a place 36km from both. S, who is given a start of 2hrs, reached the destination 12 min earlier to R. If R travels with speed 18kmph greater than S, find the speed of R.
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Two persons R and S decided to meet at a place 36km from both. S, who is given a start of 2hrs, reached the destination 12 min earlier to R. If R travels with speed 18kmph greater than S, find the speed of R.
Two persons R and S decided to meet at a place 36km from both. S, who is given a start of 2hrs, reached the destination 12 min earlier to R. If R travels with speed 18kmph greater than S, find the speed of R.
Two persons R and S decided to meet at a place 36km from both. S, who is given a start of 2hrs, reached the destination 12 min earlier to R. If R travels with speed 18kmph greater than S, find the speed of R.
Two gun shots are fired at the interval of 24 seconds. A driver of a car moving in the direction of the gun, hears the gun shots in the interval of 22 seconds. Assuming speed of sound=330m/s, find the speed of the car.
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Two gun shots are fired at the interval of 24 seconds. A driver of a car moving in the direction of the gun, hears the gun shots in the interval of 22 seconds. Assuming speed of sound=330m/s, find the speed of the car.
Two gun shots are fired at the interval of 24 seconds. A driver of a car moving in the direction of the gun, hears the gun shots in the interval of 22 seconds. Assuming speed of sound=330m/s, find the speed of the car.
Two gun shots are fired at the interval of 24 seconds. A driver of a car moving in the direction of the gun, hears the gun shots in the interval of 22 seconds. Assuming speed of sound=330m/s, find the speed of the car.
Of three taps X, Y and Z, Y takes 2 times as much time as X and Z together, while X takes 20 minutes more than Y and Z together, to fill a tank. If the three taps together fill the tank in 24 minutes, then how long does X take to fill the tank individually? Plz follow up with method... [smi...
Of three taps X, Y and Z, Y takes 2 times as much time as X and Z together, while X takes 20 minutes more than Y and Z together, to fill a tank. If the three taps together fill the tank in 24 minutes, then how long does X take to fill the tank individually?
In a shop an acid is available only in sealed bottles of volume 1 litre. The concentration of the mentioned acid is one or the other of three concentrations 20%, 30% and 50%. The cost per litre of the acid having concentration 20%, 30% and 50% is Rs.20, Rs.30 and Rs.40 respectively. Sunil wants t...
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In a shop an acid is available only in sealed bottles of volume 1 litre. The concentration of the mentioned acid is one or the other of three concentrations 20%, 30% and 50%. The cost per litre of the acid having concentration 20%, 30% and 50% is Rs.20, Rs.30 and Rs.40 respectively. Sunil wants to prepare a solution of 10 litres of acid having concentration 40% using the bottles of acid available in the shop.
What is the minimum possible amount Sunil must spent in buying the bottles of acid?
In a shop an acid is available only in sealed bottles of volume 1 litre. The concentration of the mentioned acid is one or the other of three concentrations 20%, 30% and 50%. The cost per litre of the acid having concentration 20%, 30% and 50% is Rs.20, Rs.30 and Rs.40 respectively. Sunil wants t...
In a shop an acid is available only in sealed bottles of volume 1 litre. The concentration of the mentioned acid is one or the other of three concentrations 20%, 30% and 50%. The cost per litre of the acid having concentration 20%, 30% and 50% is Rs.20, Rs.30 and Rs.40 respectively. Sunil wants to prepare a solution of 10 litres of acid having concentration 40% using the bottles of acid available in the shop.
What is the minimum possible amount Sunil must spent in buying the bottles of acid?
Basu sets off on his bike from Pune towards Mumbai,at a certain speed,intending to reach Mumbai at 11:00 a.m.After covering a certain distance,he realises that he would be able to cover only four fifths of the intended distance by 11:00 a.m.He, therefore increases his speed by 50% and reaches mum...
Basu sets off on his bike from Pune towards Mumbai,at a certain speed,intending to reach Mumbai at 11:00 a.m.After covering a certain distance,he realises that he would be able to cover only four fifths of the intended distance by 11:00 a.m.He, therefore increases his speed by 50% and reaches mumbai at 11:00 a.m.What fraction of the total distance did he cover at his initial speed?
Amit and Bharat run around a circular track running in the same direction. They started at the same point and at the same time. Amit's speed is four times Bharat's speed. Both of them have different number of tokens with them. Whenever one of them overtakes the other, the former gives the latter ...
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Amit and Bharat run around a circular track running in the same direction. They started at the same point and at the same time. Amit’s speed is four times Bharat’s speed. Both of them have different number of tokens with them. Whenever one of them overtakes the other, the former gives the latter as many tokens as the latter already had, so that the number of tokens with latter doubles. However, if a person overtakes another at the starting point, then the latter gives half his tokens to the former. There is no exchange of tokens if a fractional value is encountered. It is known that Bharat started with one token and Amit finished with 70 tokens after a certain number of rounds. Which of the following could be the number of tokens Amit started with?
Amit and Bharat run around a circular track running in the same direction. They started at the same point and at the same time. Amit's speed is four times Bharat's speed. Both of them have different number of tokens with them. Whenever one of them overtakes the other, the former gives the latter ...
Amit and Bharat run around a circular track running in the same direction. They started at the same point and at the same time. Amit’s speed is four times Bharat’s speed. Both of them have different number of tokens with them. Whenever one of them overtakes the other, the former gives the latter as many tokens as the latter already had, so that the number of tokens with latter doubles. However, if a person overtakes another at the starting point, then the latter gives half his tokens to the former. There is no exchange of tokens if a fractional value is encountered. It is known that Bharat started with one token and Amit finished with 70 tokens after a certain number of rounds. Which of the following could be the number of tokens Amit started with?
A and B start swimming simultaneously from two points P and Q respectively, on a river towards each other. A crosses a floating cork at a point S and B crosses the floating cork at a point T which is at a distance of 8 km from point S. A and B cross each other at a distance of 2 km from T. It is ...
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A and B start swimming simultaneously from two points P and Q respectively, on a river towards each other. A crosses a floating cork at a point S and B crosses the floating cork at a point T which is at a distance of 8 km from point S. A and B cross each other at a distance of 2 km from T. It is given that the direction of flow of the river is from P to Q and in still water, the ratio of speeds of A and B is 3 : 1. P, S, T and Q ( in that order) are on the same straight line and assume that A, B and the floating cork move along that line.
Find the ratio of the upstream speed of A to the downstream speed of B.
A and B start swimming simultaneously from two points P and Q respectively, on a river towards each other. A crosses a floating cork at a point S and B crosses the floating cork at a point T which is at a distance of 8 km from point S. A and B cross each other at a distance of 2 km from T. It is ...
A and B start swimming simultaneously from two points P and Q respectively, on a river towards each other. A crosses a floating cork at a point S and B crosses the floating cork at a point T which is at a distance of 8 km from point S. A and B cross each other at a distance of 2 km from T. It is given that the direction of flow of the river is from P to Q and in still water, the ratio of speeds of A and B is 3 : 1. P, S, T and Q ( in that order) are on the same straight line and assume that A, B and the floating cork move along that line.
Find the ratio of the upstream speed of A to the downstream speed of B.
Two motorcyclists, Ajay and Vijay, start simultaneously from a point S on an oval track and drive around the track in the same direction, with speeds of 29 km/hr and 19 km/hr resp. Every time Ajay overtakes Vijay (anywhere on the track), both of them decrease their respective speeds by 1 km/hr. I...
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Two motorcyclists, Ajay and Vijay, start simultaneously from a point S on an oval track and drive around the track in the same direction, with speeds of 29 km/hr and 19 km/hr resp. Every time Ajay overtakes Vijay (anywhere on the track), both of them decrease their respective speeds by 1 km/hr. If the length of the track is 1 km, how many times do they meet at the starting point before Vijay comes to rest?
Two motorcyclists, Ajay and Vijay, start simultaneously from a point S on an oval track and drive around the track in the same direction, with speeds of 29 km/hr and 19 km/hr resp. Every time Ajay overtakes Vijay (anywhere on the track), both of them decrease their respective speeds by 1 km/hr. I...
Two motorcyclists, Ajay and Vijay, start simultaneously from a point S on an oval track and drive around the track in the same direction, with speeds of 29 km/hr and 19 km/hr resp. Every time Ajay overtakes Vijay (anywhere on the track), both of them decrease their respective speeds by 1 km/hr. If the length of the track is 1 km, how many times do they meet at the starting point before Vijay comes to rest?
A train having 15 bogies develops a technical snag in the carriage connecting its 5th and 6th bogies from the engine (i.e. front). The guard at the rear (i.e. the last bogie) notices the snag and immediately starts running towards it at a speed of 14 mps on the top of the roof. After some time...
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A train having 15 bogies develops a technical snag in the carriage connecting its 5th and 6th
bogies from the engine (i.e. front). The guard at the rear (i.e. the
last bogie) notices the snag and immediately starts running towards it
at a speed of 14 mps on the top of the roof. After some time, the
driver’s assistant notices the fire and starts running towards it on the
top of the roof at a speed of 10 mps. The length of each bogie is 35 m
and the distance between any two bogies is negligible. If the train is
running at a speed of 16 mps, how much time after the guard did the
assistant notice the snag, if it is known that both of them reached the
snag at the same time.
A train having 15 bogies develops a technical snag in the carriage connecting its 5th and 6th bogies from the engine (i.e. front). The guard at the rear (i.e. the last bogie) notices the snag and immediately starts running towards it at a speed of 14 mps on the top of the roof. After some time...
A train having 15 bogies develops a technical snag in the carriage connecting its 5th and 6th
bogies from the engine (i.e. front). The guard at the rear (i.e. the
last bogie) notices the snag and immediately starts running towards it
at a speed of 14 mps on the top of the roof. After some time, the
driver’s assistant notices the fire and starts running towards it on the
top of the roof at a speed of 10 mps. The length of each bogie is 35 m
and the distance between any two bogies is negligible. If the train is
running at a speed of 16 mps, how much time after the guard did the
assistant notice the snag, if it is known that both of them reached the
snag at the same time.
The daily work of two men is equal to that of three women or that of four youngsters. By employing 14 men, 12 women and 12 youngsters, a certain work can be finished in 24 days. If it is required to finish it in 14 days and only men are available as additional labor, how many of them will be requ...
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The daily work of two men is equal to that of three women or that of four youngsters. By employing 14 men, 12 women and 12 youngsters, a certain work can be finished in 24 days. If it is required to finish it in 14 days and only men are available as additional labor, how many of them will be required?
The daily work of two men is equal to that of three women or that of four youngsters. By employing 14 men, 12 women and 12 youngsters, a certain work can be finished in 24 days. If it is required to finish it in 14 days and only men are available as additional labor, how many of them will be requ...
The daily work of two men is equal to that of three women or that of four youngsters. By employing 14 men, 12 women and 12 youngsters, a certain work can be finished in 24 days. If it is required to finish it in 14 days and only men are available as additional labor, how many of them will be required?
A tank has 2 pipes A and B, which can fill the tank in 4 hrs and 6 hrs respectively. Another pipe C can empty the tank in 4 hrs. A man wanted to set a timer which would open the pipe C after the tank would be half filled, but by mistake set it to open when the tank was one -fourth empty. The man ...
A tank has 2 pipes A and B, which can fill the tank in 4 hrs and 6 hrs respectively. Another pipe C can empty the tank in 4 hrs. A man wanted to set a timer which would open the pipe C after the tank would be half filled, but by mistake set it to open when the tank was one -fourth empty. The man was supposed to reach the same place at the same time as the tank filled. How late was the man to reach the spot?
A tank has 2 pipes A and B, which can fill the tank in 4 hrs and 6 hrs respectively. Another pipe C can empty the tank in 4 hrs. A man wanted to set a timer which would open the pipe C after the tank would be half filled, but by mistake set it to open when the tank was one -fourth empty. The man ...
A tank has 2 pipes A and B, which can fill the tank in 4 hrs and 6 hrs respectively. Another pipe C can empty the tank in 4 hrs. A man wanted to set a timer which would open the pipe C after the tank would be half filled, but by mistake set it to open when the tank was one -fourth empty. The man was supposed to reach the same place at the same time as the tank filled. How late was the man to reach the spot?
John is trying to get from point A to point C, which is 15 miles away directly to the northeast; however the direct road from A to C is blocked and John must take a detour. John must travel due north to point B and then drive due east to point C. How many more miles will John travel due to the de...
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John is trying to get from point A to point C, which is 15 miles away directly to the northeast; however the direct road from A to C is blocked and John must take a detour. John must travel due north to point B and then drive due east to point C. How many more miles will John travel due to the detour than if he had traveled the direct 15 mile route from A to C?
1. Tha ratio of the distance going north to the distance going east is 4 to 3
2. The distance traveled north going the direct route is 12
John is trying to get from point A to point C, which is 15 miles away directly to the northeast; however the direct road from A to C is blocked and John must take a detour. John must travel due north to point B and then drive due east to point C. How many more miles will John travel due to the de...
John is trying to get from point A to point C, which is 15 miles away directly to the northeast; however the direct road from A to C is blocked and John must take a detour. John must travel due north to point B and then drive due east to point C. How many more miles will John travel due to the detour than if he had traveled the direct 15 mile route from A to C?
1. Tha ratio of the distance going north to the distance going east is 4 to 3
2. The distance traveled north going the direct route is 12
A group of workers can complete a certain job in 9 days. But every alternate day starting from the second day, 2 workers are withdrawn from the job and every alternate day starting from the third day one worker is added to the group. When the job is finished, there is no worker left but it takes ...
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A group of workers can complete a certain job in 9 days. But every alternate day starting from the second day, 2 workers are withdrawn from the job and every alternate day starting from the third day one worker is added to the group. When the job is finished, there is no worker left but it takes twice the time compared to the originally estimated time. What is the original number of workers.....??
A group of workers can complete a certain job in 9 days. But every alternate day starting from the second day, 2 workers are withdrawn from the job and every alternate day starting from the third day one worker is added to the group. When the job is finished, there is no worker left but it takes ...
A group of workers can complete a certain job in 9 days. But every alternate day starting from the second day, 2 workers are withdrawn from the job and every alternate day starting from the third day one worker is added to the group. When the job is finished, there is no worker left but it takes twice the time compared to the originally estimated time. What is the original number of workers.....??
Acc. to a plan a drilling team had to drill a depth of 270 mtrs. below the ground level. For the first 3 days the team drilled as per the plan. However subsequently finding that their resources were getting underutilized acc. to the plan, it started to drill 8 more mtrs. than the plan every day. ...
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Acc. to a plan a drilling team had to drill a depth of 270 mtrs. below the ground level. For the first 3 days the team drilled as per the plan. However subsequently finding that their resources were getting underutilized acc. to the plan, it started to drill 8 more mtrs. than the plan every day. therefore the day before the planned date they had drilled to a depth of 280 mtrs. how many mtrs of drilling was the plan for each day.
A red light flashes 3 times per minute and a green light flashes 5 times in 2 minutes at regular intervals. If both lights start flashing at the same time, how many times do they flash together in each hour?
A red light flashes 3 times per minute and a green light flashes 5 times in 2 minutes at regular intervals. If both lights start flashing at the same time, how many times do they flash together in each hour?
A red light flashes 3 times per minute and a green light flashes 5 times in 2 minutes at regular intervals. If both lights start flashing at the same time, how many times do they flash together in each hour?
A red light flashes 3 times per minute and a green light flashes 5 times in 2 minutes at regular intervals. If both lights start flashing at the same time, how many times do they flash together in each hour?
A house can be painted by 7 men and 2 women in 8 days,if they work for 12 hrs. a day.Working at same rate,6 men and 20 women can do the same job in 4days.In how many hours can 8 men and 8 women paint the house? TIME and WORK a good question.....
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A house can be painted by 7 men and 2 women in 8 days,if they work for 12 hrs. a day.Working at same rate,6 men and 20 women can do the same job in 4days.In how many hours can 8 men and 8 women paint the house? TIME and WORK a good question.....
three runners A,B,C run a race with A finishing 20 m ahead of B and 34 m ahead of C,while B finishes 21 m ahead of C. each runner travels the entire distance at a constant speed. What was the length of the race?
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three runners A,B,C run a race with A finishing 20 m ahead of B and 34 m ahead of C,while B finishes 21 m ahead of C. each runner travels the entire distance at a constant speed. What was the length of the race?
three runners A,B,C run a race with A finishing 20 m ahead of B and 34 m ahead of C,while B finishes 21 m ahead of C. each runner travels the entire distance at a constant speed. What was the length of the race?
three runners A,B,C run a race with A finishing 20 m ahead of B and 34 m ahead of C,while B finishes 21 m ahead of C. each runner travels the entire distance at a constant speed. What was the length of the race?
Two people start swimming from the opposite ends of a swimming pool simultaneously. They meet at a distance of 410 m from one of the ends and continue swimming further till they reach the opposite ends. They take rest for 1 hr each and then start off the return journey. Now they meet at a distanc...
Two people start swimming from the opposite ends of a swimming pool simultaneously. They meet at a distance of 410 m from one of the ends and continue swimming further till they reach the opposite ends. They take rest for 1 hr each and then start off the return journey. Now they meet at a distance of 230 m from the other end. Find the length of the pool.
Two people start swimming from the opposite ends of a swimming pool simultaneously. They meet at a distance of 410 m from one of the ends and continue swimming further till they reach the opposite ends. They take rest for 1 hr each and then start off the return journey. Now they meet at a distanc...
Two people start swimming from the opposite ends of a swimming pool simultaneously. They meet at a distance of 410 m from one of the ends and continue swimming further till they reach the opposite ends. They take rest for 1 hr each and then start off the return journey. Now they meet at a distance of 230 m from the other end. Find the length of the pool.
anuj and agraj walk up an escalator,which moves up at a constant speed . anuj climbs 5 steps for every 3 that agraj climbs. anuj gets to the top of the escalator in twenty-five steps,while agraj(his slower pace lets the escalator do a little more work)takes only 18 steps to reach the top. in how ...
No one has answered this question, yet. Get cracking.
anuj and agraj walk up an escalator,which moves up at a constant speed . anuj climbs 5 steps for every 3 that agraj climbs. anuj gets to the top of the escalator in twenty-five steps,while agraj(his slower pace lets the escalator do a little more work)takes only 18 steps to reach the top. in how many steps would anuj reach the bottom from top,on same escalator if he doubles his speed while returning.
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