You wake up in a strange room, and this time you drop a ball from a height of 1.74 m, and observe that it hits the floor 0.298 s after you drop it. In this case you suspect you are in deep space, far from any planet or star, and that your rocket is accelerating due to the push of its own engines under the floor. In this case, what must the acceleration of your rocket be? 74.5 m/s^2 74.5 m/s^2 19.6 m/s^2 29.4 m/s^2

You wake up in a strange room, and this time you drop a ball from a height of 1.74 m, and observe that it hits the floor 0.298 s after you drop it. In this case you suspect you are in deep space, far from any planet or star, and that your rocket is accelerating due to the push of its own engines under the floor. In this case, what must the acceleration of your rocket be? 74.5 m/s^2 74.5 m/s^2 19.6 m/s^2 29.4 m/s^2

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Description: You wake up in a strange room, and this time you drop a ball from a height of 1.74 m, and observe that it hits the floor 0.298 s after you drop it. In this case you suspect you are in deep space, far from any planet or star, and that your rocket is a

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter2: Motion In One Dimension

Section: Chapter Questions

Problem 4OQ

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In a classic clip on Americas Funniest Home Videos, a sleeping cat rolls gently off the top of a warm TV set. Ignoring air resistance, calculate the position and velocity of the cat after (a) 0.100 s, (b) 0.200 s, and (c) 0.300 s.
this time you drop a ball from a height of 2.20 m, and observe that it hits the floor 0.335 s after you drop it. In this case you suspect you are in deep space, far from any planet or star, and that your rocket is accelerating due to the push of its own engines under the floor. In this case, what must the acceleration of your rocket be? 39.2 m/s^2 39.2 m/s^2 29.4 m/s^2 62.7 m/s^2
You wake up in a strange room and you drop a ball from a height of 1.02 m above the floor. The ball hits the floor 0.319 s after your drop it. You guess that you must have been taken to an alien planet with gravity different from Earths. What is this planets g (that is, the magnitude of the acceleration due to gravity on this planet)? 36.0 m/s^2 20.0 m/s^2 10.0 m/s^2 15.0 m/s^2
The next few questions challenge you to figure out the acceleration due to gravity (g ) on various hypothetical alien planets. On Planet #1, you drop a stone from rest, 83.2 m above the ground, and the stone hits the ground 3.04 s later. What is the value of g on Planet #1? 18.01 m/s^2 9.00 m/s^2 27.37 m/s^2 54.74 m/s^2
The next few questions challenge you to figure out the acceleration due to gravity ( g ) on various hypothetical alien planets. On Planet #1, you drop a stone from rest, 82.8 m above the ground, and the stone hits the ground 3.21 s later. What is the value of g on Planet #1? 25.79 m/s^2 51.59 m/s^2 16.07 m/s^2 8.04 m/s^2 The next few questions challenge you to figure out the acceleration due to gravity ( g ) on various hypothetical alien planets. On Planet #1, you drop a stone from rest, 82.8 m above the ground, and the stone hits the ground 3.21 s later. What is the value of g on Planet #1? 25.79 m/s^2 51.59 m/s^2 16.07 m/s^2 8.04 m/s^2
The next few questions challenge you to figure out the acceleration due to gravity ( g ) on various hypothetical alien planets. On Planet #1, you drop a stone from rest, 54.8 m above the ground, and the stone hits the ground 5.55 s later. What is the value of g on Planet #1? A 19.75 m/s^2 B 3.56 m/s^2 C 1.78 m/s^2 D 9.87 m/s^2
you wake up in a strange room, and this time you drop a ball from a height of 1.79 m above the floor. The ball hits the floor 0.242 s after your drop it. You guess that you must have been taken to an alien planet with gravity different from Earth s. What is this planet s g (that is, the magnitude of the acceleration due to gravity on this planet)? 61.1 m/s^2 30.6 m/s^2 45.9 m/s^2 91.7 m/s^2
you drop a ball from a height of 2.00 m above the floor. The ball hits the floor 0.319 s after your drop it. You guess that you must have been taken to an alien planet with gravity different from Earth s. What is this planet s g (that is, the magnitude of the acceleration due to gravity on this planet)? 29.5 m/s^2 59.0 m/s^2 39.3 m/s^2 19.7 m/s^2
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PROBLEM 1: A 100-kg rock is dropped from rest on the earth and reaches the ground in 1.75 s. When it is dropped from the same height on Mars' satellite, the rock reaches the ground in 18.6 s. What is the acceleration due to gravity on Mars? 3.721 m/s^2 9.81 m/s^2 1.615 m/s^2 0.0868 m/s^2
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