A force of 19.50 N gives a mass(m1) an acceleration of 5.75 m/s^2 and another mass(m2) and acceleration of 15.50 m/s2. What would be the acceleration of the two masses when they are fastened together?
Answers
Answered by
0
PLZ MARK MY SOLUTION AS THE BRAINLIEST.
SO FORCE IS SAME IN BOTH CASES .
SO F ( BODY 1) = F ( BODY 2)
M1 . A1 = M2. A2
M1/M2= A2/A1
M1/M2= 15.50/5.75= 62/23
Ratio of M1 and M2 is 62: 23
LET M1= 62X
M2= 23X WHERE X NOT EQUAL TO ZERO
SO THE FORCE CAN BE WRITTEN AS 5.75× 62X
SO THE ACC. PRODUCED= 5.75× 62X/ 85X=4.2 approx
SO FORCE IS SAME IN BOTH CASES .
SO F ( BODY 1) = F ( BODY 2)
M1 . A1 = M2. A2
M1/M2= A2/A1
M1/M2= 15.50/5.75= 62/23
Ratio of M1 and M2 is 62: 23
LET M1= 62X
M2= 23X WHERE X NOT EQUAL TO ZERO
SO THE FORCE CAN BE WRITTEN AS 5.75× 62X
SO THE ACC. PRODUCED= 5.75× 62X/ 85X=4.2 approx
Similar questions