hi, i need answer on the questions below. please provide explanation, solution, or figure if needed so i can better understand it. thank youu!

1. You throw a glob of putty straight up toward the ceiling, which is 5.00 m above the point where the putty leaves your hand. The initial speed of the putty as it leaves your hand is 17.12 m/s. What is the speed of the putty just before it strikes the ceiling? A. 10.14 m/s B. 12.41 m/s C. 13.97 m/S D. 15.98 m/s E. No Answer 2. Two siblings, Kaeya and Diluc, decided to take a walk around Mondstadt, following its perimeter guarded by walls. For those who haven't seen Mondstadt, you can imagine it as a city of walls with beautiful German architecture. Let's roughly assume that the walls are encircling it in a perfect circle. Both Kaeya and Diluc started at the front of the huge city gate (marked at 0 degrees), and they walk separately, away from each other. Assuming that radius of the circular city of Mondstadt to be 500 m, and the constant walking speed of both siblings to be 0.5 m/s, how long until the siblings achieve the greatest separation distance between them? A. 26.17 minutes B. 32.14 minutes C. 18.26 minutes D. 53.41 minutes E. No Answer3. You are to program a robotic arm on an assembly line to move in the xy-plane. Its first displacement is A; its second displacement is B, of magnitude 10.00 cm and direction 74.2 deg measured in the sense from the +x-axis toward the -y-axis. The resultant C = A + B of the two-displacement s should also have a magnitude of 10.00 cm, but a direction 41.6 deg measured in the sense from the +x-axis toward the ty- axis. (a) Find the magnitude of A. A. 6.87 cm B. 7.18 cm C. 9.45 cm D. 11.44 cm E. No Answer4. A ball is speeding up along a circular track. What can be said about the velocity and acceleration vectors on the body? A. The velocity and acceleration vectors are parallel to each other. B. The acceleration vector is opposite in direction relative to the velocity vector C. There's a component of acceleration vector parallel to the velocity vector D. There's a component of acceleration vector anti-parallel to the velocity vector 5. All the following statements are false except: a. A body moving in a straight line at a constant speed can have acceleration. b. A body can still be accelerating even if its speed is constant. c. A body can have a constant velocity while turning a curve. d. A body can have a constant velocity while slowing down.6. You are camping with two friends, Chris and Tina. Since all three of you like your privacy, you don't pitch your tents close together. Chris's tent is 40 m from yours, in the direction 15 deg south of east. Tina's tent is 15 m from yours, in the direction 40 deg north of east. What is the distance between Chris's tent and Tina's tent? A. 31.05 m B. 42.87 m C. 54.36 m D. 60.13 m E. No