DISTANCE - TIME GRAPH

The same progressive wave is represented by two graphs I and II. Graph I shows how the displacement y varies with the distance x along the wave at a given time. Graph II shows how y varies with time t at a given point on the wave. The ratio of measurements AB to CD, marked on the curves represents:

The diagram below shows (a) displacement-time, and (b) displacement-distance, graph of a wave travelling in a string with velocity 20 m s^(-1) . In each case, use the graph to calculate the frequency and wavelength of the wave.

Four cars A, B and C are moving on a levelled road. Their distance versus time graphs are shown in Fig. Choose the correct statement

(Time and Distance) Ajit can ride a scooter constantly at a speed of 30 kms/hour. Draw a time-distance graph for this situation. Use it to find (i) the time taken by Ajit to ride 75km. (ii) the distance covered by Ajit in 3 (1/2) hours.

In Figure, time and distance graph of a linear motion is given. Two positions of time and distance are recorded as, when T = 0, D = 2 and when T = 3, D = 8. Using die concept of slope, find law of motion, i.e., how distance depends upon time.

In figure, time and distance graph of a linear motion is given. Two positions of time and distance recorded and when T=0,\ D=2\ a n d\ w h e n\ T=3,\ D=8. Using the concept of slope, find law of motion i.e. how distance depends upon time.

In Figure, time and distance graph of a linear motion is given. Two positions of time and distance are recorded as, when T = 0, D = 2 and when T = 3, D = 8. Using die concept of slope, find law of motion, i.e., how distance depends upon time.

Draw velocity – time graph of uniformly accelerated motion in one dimension. From the velocity – time graph of uniform accelerated motion, deduce the equations of motion in distance and time.

Draw displacement time and acceleration -time graph for the given velocity-time graph

Are the following velocity - time graph and speed - time graphs possible ?