You are trying to study for a physics exam, but your kids keepdistracting you. You design a game where you can both play withyour kids and study physics. You take two of your children’s blocksand place them on a table. Block 2 (mass = 0.3 kg) is at the edgeof the table. Block 1 (mass = 0.2 kg) is held against a spring(spring constant = 500 N/m) that is compressed a distance of 0.08m. After you let block 1 go from rest, it slides a distance of 0.6m from the release point and then experiences a head-on collisionwith block 2. After the collision, block 1 stops and block 2 moveshorizontally off the table. The goal of the game is to have block 2land in a basket on the floor. The coefficient of kinetic frictionbetween block 1 and the table is 0.3. 
A) Where should you place the basket on the floor? ï‚·
B)What is the speed of block 2 when it lands in the basket?
C)Determine the speed of block 2 when it hits the basket usingkinematics
  - What is the y component of block 2's velocitywhen it hits the ground?
- What is the speed of block 2 when it hits the ground?
- Does your answer to this follow up agree with you originalanswer?
D) Suppose you increase the initial compression distance of thespring to some value greater than 0.08 m and then released block 1.Would block 2 spend more time in the air, less time, or the sameamount of time?
