Simple Harmonic Motion and Waves With Answers

Simple Harmonic Motion and Waves

Sr. # Questions Answers Choice
1 The displacement produced in the spring directly proportional to force is called: Hook's law Boyle's law Newton's law both 'b' and 'c'
2 The maximum displacement from mean position is called: Maximum height Time period Amplitude Intervel
3 The time period of simple pendulum can be calculated by: T = 2π√L/g T = 2 π √m/k T = 2 π √g/L T = 2 π √K/m
4 The time period of mass attached with a spring can be calculated by: T = 2π√L/g T = 1/T T =2π√g/L T = 2π√m/k
5 The time required to complete one round trip (vibration) abut mena position is called: Time period Freqency Amplitude None of these
6 The ratio of external force applied on the spring to displacement is called: Hook's law Constant Spring constant
7 If the distance is nspring is 'x' of mass 'm' attached with a spring then restoring force is: F =ma F =kx F = mx F= m/a
8 The unit of spring constnat is: m kg Nm<sup>2</sup> Nm<sup>-1</sup>
9 In there is no extension in the spring then this positon is called Equilibrium position Unequilibrium Nautral equilibrium Stable equilibrium
10 The force applied on the mass attached with a spring is represented by: F<sub>a</sub> F<sub>c</sub> F<sub>ext</sub> F<sub>s</sub>
11 The waves, which are used to detect the broken bones, are called: Light waves x-rays Sound waves both b,c,
12 The disturbance travelling in a medium is called: Wave motion Simple harmonic motion Motion both a ,b
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