hello i just need the answer i don't need explanation

Question 1 (1 point) It takes the same amount of force to compress a spring a certain distance, as it does to stretch the spring the same distance. nil:3 True 1:: False Question 2 (1 point) There is the same amount of work done when you stretch a spring a certain distance, as when you compress it that same distance. nil:3 True 1:: False Question 3 (1 point) The spring constant K (I: refers to the stiffness of the spring the amount of force needed to pull or compress the spring a certain distance has units of N/ m all of the above Question 4 [1 point) The x in Hook's Law refers to the total length of the spring. "1 True / I:_ :2!) False Question 5 [1 point} A string is stretched by pulling it to the right. After being stretched the hand and the spring stay still. Which of the following are true: ("'j, The spring exerts a force on the hand to the left. and the hand exerts a force on the spring to the right ("'j, The spring exerts a force on the hand to the right, and the hand exerts a force on the spring to the right ("'j, The spring exerts a force on the hand to the left. and the hand exerts a force on the spring to the left ("'j, The spring exerts a force on the hand to the right, and the hand exerts a force on x I the spring to the left Question 6 (1 point) A spring with a spring constant of 250 N/m, is stretched 4.0 cm, then is stretched 1.0 cm more. What force was required to stretch the spring from 4.0 cm to its final length? Your Answer: Answer units D View hint for Question 6 Question 7 [1 point) A 18.0 cm spring is attached to a wall. The spring stretches to a length of 23.0 cm when pulled horizontally with a force of 105 N. What is the value of the spring constant? Your Answer: Answer units Question 8 (1 point] A spring with a spring constant of (4.0x10\"3} is placed vertically on the ground. A (1.090x10A1] kg block is balanced on it. How much was the spring compressed? Note: Your answer is assumed to be reduced to the highest power possible. Your Answer: Answer units