MCQ
Which one of the following is a simple harmonic motion
- ✓Wave moving through a string fixed at both ends
- BEarth spinning about its own axis
- CBall bouncing between two rigid vertical walls
- DParticle moving in a circle with uniform speed
✓
Answer
Correct option: A.
Wave moving through a string fixed at both ends
a
(a)Simple harmonic waves are set up in a string fixed at the, two ends.
(a)Simple harmonic waves are set up in a string fixed at the, two ends.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
From a building two balls $A$ and $B$ are thrown such that $A$ is thrown upwards and $B$ downwards (both vertically). If $v_{A}$ and $v_{B}$ are their respective velocities on reaching the ground, then
→A body is revolving with a uniform speed $v$ in a circle of radius $r$. The tangential acceleration is
→Four masses are joined to a light circular frame as shown in the figure. The radius of gyration of this system about an axis passing through the centre of the circular frame and perpendicular to its plane would be
On a linear temperature scale $Y$, water freezes at $- 160^o\, Y$ and boils at $- 50^o\, Y$. On this $Y$ scale , a temperature of $340\, K$ would be read as........ $^oY$ ( water freezes at $273\, K$ and boils at $373\, K$)
→For a surface molecule:
As shown in the figure a block of mass $10\,kg$ lying on a horizontal surface is pulled by a force $F$ acting at an angle $30^{\circ}$, with horizontal. For $\mu_{ s }=0.25$, the block will just start to move for the value of $F..........\,N$ : $\left[\right.$ Given $\left.g =10\,ms ^{-2}\right]$
→Which of the following is the example of transverse wave
The $x - t$ graph shown in figure represents
→Two bodies performing $SHM$ have same amplitude and frequency. Their phases at a certain instant are as shown in the figure. The phase difference between them is
→A liquid film is formed in a loop of area $0.05$ $m^2$. Increase in its potential energy will be ($T = 0.2\, N/m$)
→