A 2.00 kg box and a 3.30 kg box on a perfectly smooth horizontal floor have a spring of force constant 190 N/m compressed between them. The initial compression of the spring is 7.00cm A)Find the acceleration of 2.00 kg box the instant after they are released. B) Find the acceleration of 3.30 kg box the instant after they are released.
A 2.00 kg box and a 3.30 kg box on a perfectly smooth horizontal floor have a spring of force constant 190 N/m compressed between them. The initial compression of the spring is 7.00cm A)Find the acceleration of 2.00 kg box the instant after they are released. B) Find the acceleration of 3.30 kg box the instant after they are released.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A 2.00 kg box and a 3.30 kg box on a perfectly smooth horizontal floor have a spring of force constant 190 N/m compressed between them. The initial compression of the spring is 7.00cm A)Find the acceleration of 2.00 kg box the instant after they are released. B) Find the acceleration of 3.30 kg box the instant after they are released.
Expert Solution
Step 1
According to the given data
mA=2kg
mB=3.3kg
k=190N/m
x=7cm=0.07m
We need to find
Acceleration of the Block A and B
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