Question
Draw displacement-time graph for a uniformly accelerated motion. What is its shape?

Answer

Displacement-time graph for a uniformly accelerated motion has been shown in adjoining Fig. The graph is parabolic in shape.

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

An alpha particle is projected vertically upward with a speed of $3.0 \times 10^4km ~s^{-1}$ in a region where a magnetic field of magnitude 1.0T exists in the direction south to north. Find the magnetic force that acts on the α-particle.
A wire, fixed at both ends is seen to vibrate at a resonant frequency of $240Hz$ and also at $320Hz.$
  1. What could be the maximum value of the fundamental frequency?
  2. If transverse waves can travel on this string at a speed of $40m/s$, what is its length?
​​​​​​​
An astronaut inside a small space ship orbiting around the earth cannot detect gravity. If the space station orbiting around the earth has a large size, can he hope to detect gravity?
A wheel is making revolutions about its axis with uniform angular acceleration. Starting from rest, it reaches 100rev/sec in 4 seconds. Find the angular acceleration. Find the angle rotated during these four seconds.
Three sources of sound $\mathrm{S}_1, \mathrm{~S}_2$ and $\mathrm{S}_3$ of equal intensity are placed in a straight line with $\mathrm{S}_1 \mathrm{~S}_2=\mathrm{S}_2 \mathrm{~S}_3$ figure. At a point P , far away from the sources, the wave coming from S is $120^{\circ}$ ahead in phase of that from $\mathrm{S}_1$. Also, the wave coming from $\mathrm{S}_3$ is $120^{\circ}$ ahead of that from $\mathrm{S}_2$. What would be the resultant intensity of sound at P ?
The velocity of the jet of rocket is $9 km / s$. If 300 kg gas is deposited every second, find the force applied on the rocket
A 30.0cm long wire having a mass of 10.0g is fixed at the two ends and is vibrated in its fundamental mode. A 50.0cm long closed organ pipe, placed with its open end near the wire, is set up into resonance in its fundamental mode by the vibrating wire. Find the tension in the wire. Speed of sound in air = 340m/s.
Railway trackes are laid on large sized wooden, iron or cement sleepers. Why?
Does he velocity of falling rain drops continuously increases? Do all the drops of rains (big and small) reach the earth with the same velocity?
You have learnt that a travelling wave in one dimension is represented by a function $y=f(x, t)$ where $x$ and $t$ must appear in the combination $x-v t$ or $x+v t$, i.e. $y=f(x \pm v t)$. Is the converse true? Examine if the following functions for $y$ can possibly represent a travelling wave:
a. $(x-v t)^2$
b. $\log \left[(x+v t) / x_0\right]$
c. $1 /(x+v t)$