Unit 4: Time, Speed and Distance - Practice Quiz

PEA306 — Analytical Skills-Ii 60 Questions
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1 A car travels at km/h for hours. What distance does it cover?

Time, speed and distance Easy
A. km
B. km
C. km
D. km

2 Which formula is used to calculate time?

Concept of time, speed, and distance Easy
A.
B.
C.
D.

3 Convert km/h into m/s.

Conversion of units and proportionality Easy
A. m/s
B. m/s
C. m/s
D. m/s

4 Convert m/s into km/h.

Conversion of units and proportionality Easy
A. km/h
B. km/h
C. km/h
D. km/h

5 For a fixed time, if the speed of an object doubles, what happens to the distance covered?

Conversion of units and proportionality Easy
A. It becomes half
B. It becomes double
C. It becomes four times
D. It remains equal

6 What is the general formula for average speed?

Average speed concept Easy
A.
B.
C.
D.

7 A person covers equal distances at km/h and km/h. What is the average speed for the whole journey?

Average speed concept Easy
A. km/h
B. km/h
C. km/h
D. km/h

8 A car travels km in hours and then km in hour. What is its average speed?

Average speed concept Easy
A. km/h
B. km/h
C. km/h
D. km/h

9 When a train crosses a stationary pole, what distance does the train cover?

Problems on trains Easy
A. Length of the pole
B. Difference of both lengths
C. Length of the train
D. Sum of both lengths

10 A train of length m crosses a platform of length m. What total distance must the train cover to cross the platform completely?

Problems on trains Easy
A. m
B. m
C. m
D. m

11 A m long train moves at km/h. How long does it take to cross a pole?

Problems on trains Easy
A. seconds
B. seconds
C. seconds
D. seconds

12 Two cars move in the same direction at km/h and km/h. What is their relative speed?

Relative speed concept and application Easy
A. km/h
B. km/h
C. km/h
D. km/h

13 Two cyclists move in opposite directions at km/h and km/h. What is their relative speed?

Relative speed concept and application Easy
A. km/h
B. km/h
C. km/h
D. km/h

14 Two cars are km apart and travel toward each other at km/h and km/h. After how many hours will they meet?

Relative speed concept and application Easy
A. hours
B. hours
C. hour
D. hours

15 What does the speed of a boat in still water mean?

Boats and streams Easy
A. Speed without any current
B. Speed equal to the current
C. Speed only with current
D. Speed only against current

16 A boat's speed in still water is km/h, and the stream speed is km/h. What is its downstream speed?

Downstream and upstream Easy
A. km/h
B. km/h
C. km/h
D. km/h

17 A boat's speed in still water is km/h, and the stream speed is km/h. What is its upstream speed?

Downstream and upstream Easy
A. km/h
B. km/h
C. km/h
D. km/h

18 A boat travels downstream at km/h for hours. How far does it travel?

Boats and streams Easy
A. km
B. km
C. km
D. km

19 A boat's downstream speed is km/h and its upstream speed is km/h. What is its speed in still water?

Downstream and upstream Easy
A. km/h
B. km/h
C. km/h
D. km/h

20 A boat's downstream speed is km/h and its upstream speed is km/h. What is the speed of the stream?

Boats and streams Easy
A. km/h
B. km/h
C. km/h
D. km/h

21 A bus starts at 7:40 a.m. and travels 180 km at a constant speed of 45 km/h. It also stops for 20 minutes during the journey. At what time does it reach its destination?

Time, speed and distance Medium
A. 12:00 noon
B. 11:50 a.m.
C. 12:20 p.m.
D. 11:40 a.m.

22 A car normally covers a 240 km journey at 60 km/h. If its speed is reduced by 20%, how much later will it complete the journey?

Concept of time, speed, and distance Medium
A. 72 minutes
B. 48 minutes
C. 60 minutes
D. 40 minutes

23 A runner maintains a speed of 7.5 m/s for 4 minutes. What distance does the runner cover in kilometres?

Conversion of units and proportionality Medium
A. 1.8 km
B. 1.5 km
C. 2.4 km
D. 2.0 km

24 A journey takes 4 hours at a certain speed. If the speed is increased by 25% while the distance remains unchanged, how much time is saved?

Conversion of units and proportionality Medium
A. 54 minutes
B. 36 minutes
C. 42 minutes
D. 48 minutes

25 A cyclist covers half of a journey at 60 km/h and the other half at 40 km/h. What is the average speed for the entire journey?

Average speed concept Medium
A. 52 km/h
B. 48 km/h
C. 46 km/h
D. 50 km/h

26 A vehicle travels for 2 hours at 45 km/h and then for 3 hours at 60 km/h. What is its average speed over the entire trip?

Average speed concept Medium
A. 54 km/h
B. 56 km/h
C. 51 km/h
D. 52 km/h

27 A 180 m long train crosses a pole in 12 seconds and a platform in 32 seconds. What is the length of the platform?

Problems on trains Medium
A. 300 m
B. 320 m
C. 360 m
D. 270 m

28 Two trains, 120 m and 180 m long, travel in opposite directions at 54 km/h and 36 km/h. How long do they take to cross each other completely?

Problems on trains Medium
A. 15 seconds
B. 12 seconds
C. 18 seconds
D. 10 seconds

29 Two trains of lengths 150 m and 100 m move in the same direction at 72 km/h and 54 km/h. How long does the faster train take to overtake the slower train completely?

Problems on trains Medium
A. 45 seconds
B. 55 seconds
C. 50 seconds
D. 40 seconds

30 A 150 m long train moving at 72 km/h crosses a 250 m long platform. How much time does it take to cross the platform completely?

Problems on trains Medium
A. 20 seconds
B. 16 seconds
C. 18 seconds
D. 22 seconds

31 Two cyclists start 75 km apart and ride toward each other at 18 km/h and 12 km/h. After how long will they meet?

Relative speed concept and application Medium
A. 3.5 hours
B. 3 hours
C. 2 hours
D. 2.5 hours

32 A 240 m long train moving at 54 km/h overtakes a man walking at 6 km/h in the same direction. How long does the train take to pass him completely?

Relative speed concept and application Medium
A. 20 seconds
B. 18 seconds
C. 24 seconds
D. 15 seconds

33 A boat travels at 18 km/h downstream and 10 km/h upstream. What are the speeds of the boat in still water and the stream, respectively?

Boats and streams Medium
A. 13 km/h and 5 km/h
B. 15 km/h and 3 km/h
C. 14 km/h and 4 km/h
D. 16 km/h and 2 km/h

34 A boat's speed in still water is 10 km/h, and the stream flows at 2 km/h. How long will the boat take to travel 24 km downstream and return to the starting point?

Boats and streams Medium
A. 5 hours
B. 4.5 hours
C. 5.5 hours
D. 4 hours

35 A boat covers 30 km downstream in 2 hours and the same distance upstream in 3 hours. What is the speed of the stream?

Downstream and upstream Medium
A. 3.5 km/h
B. 2 km/h
C. 2.5 km/h
D. 3 km/h

36 A car covers 300 km at a constant speed. If its speed were increased by 10 km/h, the journey would take 1 hour less. What is the original speed?

Time, speed and distance Medium
A. 50 km/h
B. 75 km/h
C. 60 km/h
D. 40 km/h

37 Two runners start together on a 400 m circular track and run in opposite directions at 6 m/s and 4 m/s. After how many seconds will they meet for the first time?

Relative speed concept and application Medium
A. 40 seconds
B. 32 seconds
C. 44 seconds
D. 36 seconds

38 A 200 m long train crosses a 300 m long tunnel in 25 seconds. What is the speed of the train?

Problems on trains Medium
A. 64.8 km/h
B. 72 km/h
C. 75.6 km/h
D. 68.4 km/h

39 A car covers three equal sections of a journey at 30 km/h, 45 km/h, and 90 km/h. What is its average speed for the complete journey?

Average speed concept Medium
A. 55 km/h
B. 50 km/h
C. 45 km/h
D. 40 km/h

40 The ratio of a boat's downstream speed to its upstream speed is . If the stream speed is 2 km/h, what is the boat's speed in still water?

Downstream and upstream Medium
A. 8 km/h
B. 7 km/h
C. 9 km/h
D. 10 km/h

41 A bus traveling at reaches its destination minutes late. If it travels at , it reaches the destination minutes early. What are the journey distance and the scheduled travel time?

Time, speed and distance Hard
A. and
B. and
C. and
D. and

42 Increasing a traveler's usual speed by makes the traveler arrive minutes early. If the usual speed is instead reduced by , how late will the traveler arrive, assuming the departure time and distance remain unchanged?

Concept of time, speed, and distance Hard
A.
B.
C.
D.

43 Vehicle A covers at . Vehicle B covers a distance greater than A's at a speed lower than A's. By how much does B's travel time exceed A's?

Conversion of units and proportionality Hard
A.
B.
C.
D.

44 A vehicle covers the first of a journey at and the remaining at . If the total travel time is hours minutes, what is the journey distance?

Conversion of units and proportionality Hard
A.
B.
C.
D.

45 A traveler covers three consecutive sections at , , and , respectively. The traveler stops for minutes after each of the first two sections. What is the average speed for the entire journey, including stops?

Average speed concept Hard
A.
B.
C.
D.

46 A vehicle covers the first of a route at , the next at , and the remaining at a constant speed . If its average speed over the route is , what is ?

Average speed concept Hard
A.
B.
C.
D.

47 A car travels from P to Q at and returns along the same route at . During the return journey, it stops for minutes. If its average speed for the complete round trip, including the stop, is , what is the distance from P to Q?

Average speed concept Hard
A.
B.
C.
D.

48 A train crosses a man walking at in the opposite direction in seconds. The same train crosses a platform in seconds. What are the train's speed and length?

Problems on trains Hard
A. and
B. and
C. and
D. and

49 Train A crosses a pole in seconds, while train B crosses a pole in seconds. Traveling in the same direction, A completely overtakes B in seconds. If B's speed is , what is A's speed?

Problems on trains Hard
A.
B.
C.
D.

50 A train crosses a platform in seconds and a tunnel in seconds. How long will it take to overtake a cyclist moving at in the same direction?

Problems on trains Hard
A.
B.
C.
D.

51 Two trains take seconds to cross each other when moving in opposite directions and seconds when moving in the same direction. The faster train is long and crosses a pole in seconds. What is the length of the slower train?

Problems on trains Hard
A.
B.
C.
D.

52 Two runners start together on a circular track of circumference and run in opposite directions at and . At their first meeting, the faster runner rests for exactly seconds while the other continues. When do they meet for the second time, measured from the start?

Relative speed concept and application Hard
A.
B.
C.
D.

53 An aircraft's windless round-trip time between two cities would be hours minutes. With a steady wind along the route, the actual round trip takes exactly hours. If the outward flight is with the wind, how long does that flight take?

Relative speed concept and application Hard
A.
B.
C.
D.

54 A person walks at relative to a moving walkway. Walking with the walkway, the person reaches the other end in seconds; walking against it, the person takes seconds. How long would the person take to reach the other end while standing still on the walkway?

Relative speed concept and application Hard
A.
B.
C.
D.

55 A motorboat covers downstream and upstream in a total of hours. If the stream speed is , what is the boat's speed in still water?

Boats and streams Hard
A.
B.
C.
D.

56 A raft covers in hours. A motorboat's downstream speed on the same river is twice its upstream speed. If the motorboat takes hours for a round trip between two points, what is the one-way distance?

Boats and streams Hard
A.
B.
C.
D.

57 A boat travels downstream and upstream in hours. If the stream speed were doubled while the boat's still-water speed remained unchanged, the same round trip would take hours. What is the original stream speed?

Boats and streams Hard
A.
B.
C.
D.

58 A boat whose still-water speed is travels downstream in a current and immediately returns. After it has covered of the upstream journey, the current instantly increases to . What is the total round-trip time?

Downstream and upstream Hard
A.
B.
C.
D.

59 Towns A and B are apart. A vehicle leaves A at 8:00 a.m. at , and another leaves B at 9:00 a.m. at . At their meeting point, the first vehicle rests for minutes while the second continues; it then resumes toward B. At what time are they first apart after meeting?

Relative speed concept and application Hard
A. 11:33:20 a.m.
B. 11:31:40 a.m.
C. 11:28:20 a.m.
D. 11:36:40 a.m.

60 For a fixed journey, increasing the usual speed by reduces the travel time by exactly hour. Reducing the usual speed by increases the travel time by exactly hour. What are the usual speed and the journey distance?

Time, speed and distance Hard
A. and
B. and
C. and
D. and