What is Hooke's law? How does the straight line graph of M and S (the readings of the scale) verify Hooke's law?

What was the average speed in meters per second of a race car that travels once every 8 seconds around a circular track that has a radius of 80 meters?

How would the acceleration due to gravity change at the peak of Mt. Everest (29000 ft or 8850 m)? How high do you think you would have to be to see a significant difference? Explain.

Which of the following measurements can I find for water bottle with hole experiments

loads/PHY%202201%20Homework%201-2%20(4).pdf MDECA Home ▸ YouTube me E 20, $ 4 R F F4 % 5 T 1/1 - | MetroPCS G PHY 2201-N01 General Physics I MetroPCS EDGE www.edgemetrop... MetroPCS 100% + F5 Homework 1-2 Kinematic Equations 2-D 1. The motion of the particle is described by the system of the equations (two degrees of freedom, r(t)- horizontal, y(t)- vertical): 6 (a) Derive the components of the velocity (v and vy) and the accelera- tion (az and ay). Y (b) Determine the initial position, the initial velocity, the acceleration, and the magnitudes of the initial velocity of the particle. H [x(t) = 4t-8, [m] y(t) = -3t²6t+ 45, [m] (c) Determine the position, the velocity, and the magnitude of the ve- locity of the particle at t = 2 s (d) Calculate the horizontal position r(t) of the particle, when the par- ticle falls on the ground, such that y(t) = 0. F6 (e) Calculate the velocity (components and magnitude) of the particle, when the particle falls on the ground (terminal velocity). 887 &…