b. While you are on your way coming to lectures you met Mr. Coffie and hiswife; Mr. Coffie has a body mass of 100kg, the body mass of Mrs. Coffieis 50kg more. Assuming these two individuals have the same line ofapplication; draw their forces in the following scenarios:1. Mr. Coffie and Mrs. Coffie are moving in the same direction.ii. Mr. Coffie and Mrs. Coffie are moving in the opposite direction.ii. What steps are you going to use to determine the magnitude of theirresultant when they are moving in the same direction?iv. What steps are you going to use to determine the magnitude of theirresultant when they are moving in the opposite direction?

Name: b. While you are on your way coming to lectures you met Mr. Coffie an
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Description: b. While you are on your way coming to lectures you met Mr. Coffie and hiswife; Mr. Coffie has a body mass of 100kg, the body mass of Mrs. Coffieis 50kg more. Assuming these two individuals have the same line ofapplication; draw their forces in the

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b. While you are on your way coming to lectures you met Mr. Coffie and his wife; Mr. Coffie has a body mass of 100kg, the body mass of Mrs. Coffie is 50kg more. Assuming these two individuals have the same line of application; draw their forces in the following scenarios: 1. Mr. Coffie and Mrs. Coffie are moving in the same direction. il. Mr. Coffie and Mrs. Coffie are moving in the opposite direction. i. What steps are you going to use to determine the magnitude of their resultant when they are moving in the same direction? iv. What steps are you going to use to determine the magnitude of their resultant when they are moving in the opposite direction?

b. While you are on your way coming to lectures you met Mr. Coffie and his wife; Mr. Coffie has a body mass of 100kg, the body mass of Mrs. Coffie is 50kg more. Assuming these two individuals have the same line of application; draw their forces in the following scenarios: 1. Mr. Coffie and Mrs. Coffie are moving in the same direction. il. Mr. Coffie and Mrs. Coffie are moving in the opposite direction. i. What steps are you going to use to determine the magnitude of their resultant when they are moving in the same direction? iv. What steps are you going to use to determine the magnitude of their resultant when they are moving in the opposite direction?

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter5: Newton's Law Of Motion

Section: Chapter Questions

Problem 72AP: Two small forces, F1=2.40i6.10tj N and F2=8.50i9.70j N , are exerted on a rogue asteroid by a pair...

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