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    1. (a) 35800 km and 22240 mi. (b) 3070 m/s and 10090 ft/s.
    2. (a) 6.67 m/s. (b) 0.0755.

    I have the answers to the questions. I need help with understanding the steps it takes to get to the solution.

    1. Communication satellites are placed in a geosynchronous orbit, i. e., in a circular orbit such that they complete one full revolution about the earth in one sidereal day (23.934 h), and thus appear stationary with respect to the ground. Determine (a) the altitude of these satellites above the surface of the earth, (b) the velocity with which they describe their orbit. Give the answers in both SI and U. S. customary units.

    2. A hockey player hits a puck so that it comes to rest in 9s after sliding 30 m on the ice. Determine (a) the initial velocity of the puck, (b) the coefficient of friction between the puck and the ice.

    © BrainMass Inc. brainmass.com December 24, 2021, 8:43 pm ad1c9bdddf
    https://brainmass.com/physics/orbits/solving-classical-mechanics-problems-306887

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    1. (a) 35800 km and 22240 mi. (b) 3070 m/s and 10090 ft/s.
    2. (a) 6.67 m/s. (b) 0.0755.

    I have the answers to the questions. I need help with understanding the steps it takes to get to the solution.

    1. Communication satellites are placed in a geosynchronous orbit, i. e., in a circular orbit such that they complete one full revolution about the earth in one sidereal day ( 23.934 h), and thus appear stationary with respect to the ground. Determine ( a) the altitude of these satellites above the surface of the earth,
    ( b) the velocity with which they describe their orbit. Give the answers in both SI and U. S. customary units.

    Solution:
    a. (see attached file for calculations)
    b. (see attached file for calculations)

    2. A hockey player hits a puck so that it comes to rest in 9s after sliding 30 m on the ice. Determine ( a) the initial velocity of the puck, ( b) the coefficient of friction between the puck and the ice.

    Solution:
    a. (see attached file for calculations)

    This content was COPIED from BrainMass.com - View the original, and get the already-completed solution here!

    © BrainMass Inc. brainmass.com December 24, 2021, 8:43 pm ad1c9bdddf>
    https://brainmass.com/physics/orbits/solving-classical-mechanics-problems-306887

    Attachments

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