Hello can you please help me i just need the answers i don't need the explanation

Question 1 [1 point) Which best describes the term oscillation? I1: :1 moving back and forth ("3, periodic motion moving at a distance about the equilibrium position and repeats H itself over and over for a period of time C1 moving up and down :1:an vibrating Question 2 (1 point] Which description best describes the term equiiibrium in simple harmonic motion? .3: :1 a central position If :1: where the object comes to rest I:: :1 when a pendulum is striaght down I. I:\\__:2I when energy is no longer being transferred Question 3 [1 point} Which description best describes the term ampiitude in simple harmonic motion? K' ._\\ :1 how loud a sound is .3: :1 maximum displacement of the object from the equilibrium position .;: :1 measure of change over a period {:1 one half the length of the vibration path Question 4 [1 point) Which best describes the term periodin simple harmonic motion? f._ .; :1 the time it takes for an object to complete one full cycle \\_ .3: :1 inverse of frequency (:1: a pause r: :1 measured in seconds Question 5 (1 point) Which best describes frequency in simple harmonic motion? / I' :::I the number of complete oscillations per unit time '\\ I:::_:I how often an event occurs I7::1 measured in Hz I' :::I the inverse of period '\\ Question 6 [1 point] What best describes the term damping in simple harmonic motion? I7::1 frictional force I:::::I energy loss / I: :_:I the amplitude of an oscillator reduces due to an external force \\ . I7:::I getting wet Question 7 [1 point} During simple harmonic motion (SHM), when is the velocity at a maximum? I7__:I at the ends I7::1 3/ 4 of the way through I::: :I at the equilibrium point I7::1 1/4 of the way through Question 8 [1 point) During SHM when is the velocity 0 m/s? I7::I 3/ 4 of the way through \\ I7:_:I at the ends I7:::I at the equilibrium point I7::1 1/4 of the way through