How do I find the variables for both a and b ASSESSMENT #04A - Newton's 2nd LawSkill 4: Mathematical & Computational ReasoningFor the following scenario, DETERMINE the variables listed in Part A and Part B, and EXPLAIN your reasoning.An object being draggedalong the floor has the freebody diagram shown below.A) What is the mass of the object?B) What is the acceleration of the object?Fn(floor)=25 NFt (12 NFf (floor)=5 NFg (earth)= 25 NAssess your own performance. (Circle one)I can applymathematical(quadratic, elogarithmic, etcof quantitativI can identify a mathematicalI can use an appropriateI can apply linear relationshipsHow do I use math to makepredictions?model (equation) to represent mathematical model (formula) to (ratios, rates, percentages, andpredict a reasonable outcomewhen variable(s) are modified(changed) within a system.simple relationship(s) betweenvariables within a system.conversions) in the context ofquantitative predictions.Skill 4: Mathematical &Computational Reasoning

force due to earth on object is given by F = mg where, m = mass of object and g = acceleration…

ASSESSMENT #04A - Newton's 2nd Law Skill 4: Mathematical & Computational Reasoning For the following scenario, DETERMINE the variables listed in Part A and Part B, and EXPLAIN your reasoning. B) What is the acceleration of the object? An object being dragged along the floor has the free body diagram shown below. A) What is the mass of the object? Fn (loor) =25 N Ft (r 12 N Ff (floor) =5 N Fg (earth) = 25 N

ASSESSMENT #04A - Newton's 2nd Law Skill 4: Mathematical & Computational Reasoning For the following scenario, DETERMINE the variables listed in Part A and Part B, and EXPLAIN your reasoning. B) What is the acceleration of the object? An object being dragged along the floor has the free body diagram shown below. A) What is the mass of the object? Fn (loor) =25 N Ft (r 12 N Ff (floor) =5 N Fg (earth) = 25 N

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter4: Dynamics: Force And Newton's Laws Of Motion

Section: Chapter Questions

Problem 24PE: The wheels of a midsize car exert a force of 2100 N backward on the road to accelerate the car in...

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