Show all work clearly and neatly. Beginning with this problem, you must use the Problem Solving Guidelines handout. Not all vertical problems are free fall, which means you need to analyze each situation carefully to determine if the correct conditions apply. In this problem, you will work three problems solution: simplify, diagram, math/solve, and evaluation (only one evaluation at the end of the problem). (a) You toss a 125 g ball upwards by holding the ball 0.903 m above the ground and then accelerating the ball upwards through (b) To what maximum height (above ground level) will the ball rise after you have thrown it? You will need to treat one of your unknowns in Part (a) as a known in this part. Also find the other unknown (c) Determine which two quantities are unknown when the ball arrives back at the ground and solve for these two. only two of them are free fall. Include all parts of a a displacement of 0.752 m during a time interval of 0.234 s. Determine the two unknowns of this motion.

Show all work clearly and neatly. Beginning with this problem, you must use the Problem Solving Guidelines handout. Not all vertical problems are free fall, which means you need to analyze each situation carefully to determine if the correct conditions apply. In this problem, you will work three problems solution: simplify, diagram, math/solve, and evaluation (only one evaluation at the end of the problem). (a) You toss a 125 g ball upwards by holding the ball 0.903 m above the ground and then accelerating the ball upwards through (b) To what maximum height (above ground level) will the ball rise after you have thrown it? You will need to treat one of your unknowns in Part (a) as a known in this part. Also find the other unknown (c) Determine which two quantities are unknown when the ball arrives back at the ground and solve for these two. only two of them are free fall. Include all parts of a a displacement of 0.752 m during a time interval of 0.234 s. Determine the two unknowns of this motion.

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter6: Motion In Two Dimensions

Section: Chapter Questions

Problem 40A

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