Four cars A, B, C and D are moving on a levelled, straight road. Their distance-time graphs are shown in the given figure. Which of the following is the correct statement regarding the motion of these cars? $(a)$. car A is faster than car D. $(b)$. car B is the slowest $(c)$. car D is faster than the car C $(d)$. car C is the slowest
"\n
From the given graph we can conclude that car B is the slowest.
So, option (b) is correct.
Related Articles Four cars A, B, C, and D are moving on a leveled road. Their distance versus time graphs is shown in the figure. Choose the correct statement$(a)$. Car A is faster than car D.$(b)$. Car B is the slowest.$(c)$. Car D is faster than car C.$(d)$. Car C is the slowest."
A car is moving on a straight road with uniform acceleration. The speed of the car varies with time as follows:
Slope of a velocity-time graph giveshe following cases of motions, the distance moved and the magnitude of displacement are equal?$(a)$. If the car is moving on straight road$(b)$. If the car is moving in circular path$(c)$. The pendulum is moving to and fro$(d)$. The earth is revolving around the sun
The physical quantity which makes it easier to accelerate a small car than a large car is measured in the unit of:$(a).\ m/s$$(b).\ kg$$(c).\ kg.m/s$$(d).\ kg.m/s^2$
Show the shape of the distance-time graph for the motion in the following cases:$(i)$. A car moving with a constant speed.$(ii)$. A car parked on a side road.
A car is travelling with a speed of $36\ km/h$. The driver applied the brakes and retards the car uniformly. The car is stopped in $5\ sec.$ Find the acceleration of car.
The speed-time graph for a car is shown in Fig. 8.12.Fig. 8.12$(a)$. Find how far does the car travel in the first 4 seconds.Shade the area on the graph that represents the distance travelled by the car during the period.$(b)$. Which part of the graph represents uniform motion ofthe car?"
In the figure given below .Is \( A B+B C+C D+D Aanswer."\n
A car headlight bulb working on a $12 \mathrm{~V}$ car battery draws a current of $0.5 \mathrm{~A}$. The resistance of the light bulb is :(a) $0.5 \Omega$(b) $6 \Omega$(c) $12 \Omega$(d) $24 \Omega$
A heavy car A of mass 2000 kg travelling at 10 m/s has a head-on collision with a sports car B of mass 500 kg. If both cars stop dead on colliding, what was the velocity of car B?
A car is moving towards North. What will be the direction of force of friction acting on this car due to surface of road?
Distance between two places A and B is 210 km. Two cars travel simultaneously from A and B in opposite directions and the distance between them after 3 hours is 54km. If the speed of one car is less than that of other by 8 km/h, find the speed of each car.
A car of mass $1000\ kg$ is moving with a velocity of $10\ ms^{-1}$. If the velocity-time graph for this car is a horizontal line parallel to the time axis, then the velocity of car at the end of $25\ s$ will be:(a) $25\ ms^{-1}$(b) $40\ ms^{-1}$(c) $10\ ms^{-1}$(d) $250\ ms^{-1}$
Name the physical quantity which makes it easier to accelerate a small car than a large car.
The angle of depression of a car, standing on the ground, from the top of a 75 m high tower, is $30^{o}$ .The distance of the car from the base of the tower $( in\ m)$ is:$( A) \ 25\sqrt{3}$$( B) \ 50\sqrt{3}$$( C) \ 75\sqrt{3}$$( D) \ 150$
Kickstart Your Career
Get certified by completing the course
Get Started