Physics, asked by managulianup789, 30 days ago

statement of energy theorem for a constant force​

Answers

Answered by aj2925538
0

Answer:

Work Energy Theorem for Constant Force Derivation

ΔK = change in KE of the object. From equation (ii), it is clear that the work done by a force on an object is equal to the change in kinetic energy of the object.

Answered by ayush90045
0

Answer:

Work Energy Theorem for Constant Force Derivation

ΔK = change in KE of the object. From equation (ii), it is clear that the work done by a force on an object is equal to the change in kinetic energy of the object.

Previous Question
Next Question
Similar questions
History, 14 days ago
in which region did the state and empires of the ancient India emerge?
English, 14 days ago
write a diary on in the grid everything went wrong​...
Social Sciences, 14 days ago
पाण्यावर काय काय तरंगते​...
History, 30 days ago
short note on frankfurt parliament​...
Physics, 30 days ago
If the answer is correct WITH explanation, I will mark as Brainliest. but if it is like "jdbfajkdndhbz", I will REPORT! ​
English, 8 months ago
. Complete these students’ opinions about music therapy. Choose an adjective from the box and write its corresponding adverb in the blank.
Math, 8 months ago
Expand using identity (3ab-4xy)^2...
Math, 8 months ago
Find x so that a) (5/( 3 ) ) -5 x ( 5/( 3) ) -11 = (5/( 3 ) ) 8x b) ((-1)/( 2 ) ) -19 ÷ ( (-1)/( 2) ) 8 = ((-1)/( 2 ) ) -2x+1 c) 6 2x + 1 ÷ 36 = 216 d) ( (-5)/2 ) 3x +2 x ( (-5)/2 )11 = ((-5)/2 ) 8x-2 e) ( 1/4 ) -4 x ( 1/4 ) -8 = ( 1/4 ) -4x...