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4. You are looking at some new FBD. You determine from it that there IS a (non-zero) net force acting on the object. (a) What MUST be true, for this and EVERY FBD, that tells you that there is a net force acting on it? (In other word, no "special cases" where say there is only one force; your answer must apply to each and every FBD with a net force)" (b) Let's say there is a net force to the right. What, if anything, can you conclude about the MOTION of the object, in the VERTICAL direction?

4. You are looking at some new FBD. You determine from it that there IS a (non-zero) net force acting on the object. (a) What MUST be true, for this and EVERY FBD, that tells you that there is a net force acting on it? (In other word, no "special cases" where say there is only one force; your answer must apply to each and every FBD with a net force)" (b) Let's say there is a net force to the right. What, if anything, can you conclude about the MOTION of the object, in the VERTICAL direction?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Only number 4 please 

t2☆田o mat Tools Add-ons Help Last edit was 4 minutes ago Arial - BIUA 3日回-一 州| E|=,= EE Hormal text 12 +. 1. 3) 9. 0Ices imuSU De oppoSTte 1o eacil dnd uie lenguimust ve approxiITiately equdl to eaCironer. 4. You are looking at some new FBD. You determine from it that there IS a (non-zero) net force acting on the object. (a) What MUST be true, for this and EVERY FBD, that tells you that there is a net force acting on it? (In other word, no "special cases" where say there is only one force; your answer must apply to each and every FBD with a net force)" (b) Let's say there is a net force to the right. What, if anything, can you conclude about the MOTION of the object, in the VERTICAL direction? (a) (b) 5. Let's say you are pushing a wheelbarrow partially filled with dirt. Based on Newton's second law, what are the TWO ways you can DECREASE the acceleration of the wheelbarrow? (be specific: what would you change, and would you increase or decrease it?) (€) (0)
Transcribed Image Text:t2☆田o mat Tools Add-ons Help Last edit was 4 minutes ago Arial - BIUA 3日回-一 州| E|=,= EE Hormal text 12 +. 1. 3) 9. 0Ices imuSU De oppoSTte 1o eacil dnd uie lenguimust ve approxiITiately equdl to eaCironer. 4. You are looking at some new FBD. You determine from it that there IS a (non-zero) net force acting on the object. (a) What MUST be true, for this and EVERY FBD, that tells you that there is a net force acting on it? (In other word, no "special cases" where say there is only one force; your answer must apply to each and every FBD with a net force)" (b) Let's say there is a net force to the right. What, if anything, can you conclude about the MOTION of the object, in the VERTICAL direction? (a) (b) 5. Let's say you are pushing a wheelbarrow partially filled with dirt. Based on Newton's second law, what are the TWO ways you can DECREASE the acceleration of the wheelbarrow? (be specific: what would you change, and would you increase or decrease it?) (€) (0)
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