16. Determine how far the center of mass of the Earth-moon system Compare this distance to the radius of Earth, and comment on the re in the solar system. (m, = 5.94×10²*kg; m = 7.36×10®kg; distanc 3.82×10°m; R. = 6.37×10ʻm). 17. Figure shows a simple model of a water molecule. The oxygen hydre separation is d = 8×10" m. Each hydrogen atom has mass 1.0 u, and oxygen atom has mass 16.0 u. Find the position of the center of mas

icon
Related questions
Question

Please solve this problem 16,17 and 19 

 

16. Determine how far the center of mass of the Earth-moon system is from the center of Earth.
Compare this distance to the radius of Earth, and comment on the result. Ignore the other objects
in the solar system. (m. = 5.94×10*kg; m = 7.36×10"kg; distance between earth and moon =
3.82×10°m; R. = 6.37×10ʻm).
17. Figure shows a simple model of a water molecule. The oxygen hydrogen
separation is d = 8×10" m. Each hydrogen atom has mass 1.0 u, and the
oxygen atom has mass 16.0 u. Find the position of the center of mass.
Osygen
Hydryem
em
Hydem
Transcribed Image Text:16. Determine how far the center of mass of the Earth-moon system is from the center of Earth. Compare this distance to the radius of Earth, and comment on the result. Ignore the other objects in the solar system. (m. = 5.94×10*kg; m = 7.36×10"kg; distance between earth and moon = 3.82×10°m; R. = 6.37×10ʻm). 17. Figure shows a simple model of a water molecule. The oxygen hydrogen separation is d = 8×10" m. Each hydrogen atom has mass 1.0 u, and the oxygen atom has mass 16.0 u. Find the position of the center of mass. Osygen Hydryem em Hydem
19. A 2.00-kg stone is sliding to the right on a frictionless horizontal surface at
F(KN)
5.0 m/s when it is suddenly struck by an object that exerts a large horizontal
force on it for a short period of time. The graph in Fig. shows the magnitude
of this force as a function of time. (a) What impulse does this force exert on
2.50
the stone? (b) Just after the force stops acting, find the magnitude and
direction of the stone's velocity if the force acts (i) to the right or (ii) to the
(ms)
15.0
16.0
left.
Transcribed Image Text:19. A 2.00-kg stone is sliding to the right on a frictionless horizontal surface at F(KN) 5.0 m/s when it is suddenly struck by an object that exerts a large horizontal force on it for a short period of time. The graph in Fig. shows the magnitude of this force as a function of time. (a) What impulse does this force exert on 2.50 the stone? (b) Just after the force stops acting, find the magnitude and direction of the stone's velocity if the force acts (i) to the right or (ii) to the (ms) 15.0 16.0 left.
Expert Solution
steps

Step by step

Solved in 3 steps

Blurred answer