dropped near the surface of a planet. The time T, in seconds, it takes for the object to fall s feet is given by the formula: T=cs0.5 for some constant c that depends on the planet. A) On earth, the constant c is 0.25. How long does it take an object to fall 16 feet on Earth? B) On a certain planet, an object takes 5 seconds to fall 20 feet. What is the value of the constant c for this planet? C) If it took 1 second for an object to fall 10 feet on a planet, how long does it take an object to fall 40 feet?
dropped near the surface of a planet. The time T, in seconds, it takes for the object to fall s feet is given by the formula: T=cs0.5 for some constant c that depends on the planet. A) On earth, the constant c is 0.25. How long does it take an object to fall 16 feet on Earth? B) On a certain planet, an object takes 5 seconds to fall 20 feet. What is the value of the constant c for this planet? C) If it took 1 second for an object to fall 10 feet on a planet, how long does it take an object to fall 40 feet?
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter62: Volumes Of Prisms And Cylinders
Section: Chapter Questions
Problem 38A: A copper casting is in the shape of a prism with an equilateral triangle base. The length of each...
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An object is dropped near the surface of a planet. The time T, in seconds, it takes for the object to fall s feet is given by the formula: T=cs0.5 for some constant c that depends on the planet.
A) On earth, the constant c is 0.25. How long does it take an object to fall 16 feet on Earth?
B) On a certain planet, an object takes 5 seconds to fall 20 feet. What is the value of the constant c for this planet?
C) If it took 1 second for an object to fall 10 feet on a planet, how long does it take an object to fall 40 feet?
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