PLEASE ANSWER ALL QUESTIONS. THANKS!

Let us try to connect piece by piece the concepts that we have learned: How does the two conditions of simple harmonic motion affect a simple pendulum and a spring mass oscillator? Below is a table specifying the position of an object in simple harmonic motion, using the given conditions, identify whether an object is at its maximum or where it is zero. An example is given on the second column. Position X V a F (+) right or (-) left displacement Velocity acceleration Force Left Maximum (-) Center 0 Right Maximum (+) III. WHAT HAVE I LEARNED A. Application In this lesson we were able to identify one real life example of SHM or the simple harmonic motion, which is the Millennium bridge, but it goes wrong because of the result of its oscillation but made worse because of Resonance, which increases the amplitude of oscillation. Engineers only considered the vertical oscillation and forgot to factor in the horizontal swaying caused by the people walking. As we are affected by civilization how does simple harmonic motion and its conditions improved our daily lives? B. Supply what is asked on each item. 1. The following are words that describes simple harmonic motion, Except: a. back and forth motion c. vertical movement b. restoring forces d. oscillations 2. A spring mass oscillator can increase its period through increasing its a. length b. mass c. gravity d. stiffness of spring 3. Simple pendulum's period can be increased through increasing the length. Will the weight/mass of pendulum affect the period? a. Yes b. No c. Maybe d. Uncertain 4.What type of energies are present in simple harmonic motion? a. Potential and Kinetic c. thermal and kinetic b. Nuclear and potential d. All of the above 5. An increase in mass in the spring mass oscillator can lead to the increase in period and increase in stiffness can lead to a a. longer period c. shorter period b. Steady period d. compressed period6. Will there be a kinetic energy involved when a spring mass experiences potentio energy? (Yes / No) 7. What happen to the potential energy of a spring mass when it moves faster and faster? a. decreases b. increases c. remains constant d. nothing will happen 8. In what position does the velocity is at its maximum and the acceleration (a) has fallen to zero? a. Compression point c. Transition point b. Expansion point d. Equilibrium point 9. Acceleration acts in the same direction to its displacement. True or false: If false, what makes the statement wrong? And what is the correct word? 10. When the object is at left position (-), its displacement is 0. True or false: If false, what makes the statement wrong? And what is the correct word