How Much Work Does The Force You Apply Do On The Grocery Cart?
How Much Work Does The Force You Apply Do On The Grocery Cart?. You apply a constant force f⃗ = (30 n )i^− ( 38 n )j^ to the cart as it. Video answer:the work you do on the grocery cart is given by thought, product of the force.
So the work done w is f dot s on substituting the values we have 36. Express your answer using three significant figures. A loaded grocery cart is rolling across a parking lot in a.
A Loaded Grocery Cart Is Rolling Across A Parking Lot In A Strong Wind.
I cap minus 39 j cap and dot minus 9. How much work does the force you apply do on the grocery cart? A loaded grocery cart is rolling across a parking lot in a.
A Loaded Grocery Cart Is Rolling Across A Parking Lot In A Strong Wind.
Applied work equals that a product of the force applied with the displacement of the cart so we can work. Applied work equals that a product of the force applied with the displacement of the cart so we can work. Work done is equal to dot product of force and displacement vectors.
A Loaded Grocery Cart Is Rolling Across A Parking Lot In A Strong Wind.
You apply a constant force f ⃗ =. Here, the force is f=(68.0n)i^+(36.0n)j^ and you need to write the displacement vector. The work you do on the grocery cart is given by thought, product of the force.
A Loaded Grocery Cart Is Rolling Across A Parking Lot In A Strong Wind.
A loaded grocery cart is rolling across a parking lot. You apply a constant force. A loaded grocery cart is rolling across a parking lot in a strong wind.
Solution For How Much Work Does The Force You Apply Do On The Grocery Cart?
Express your answer using three significant figures. In order for a force to qualify as having done work on an object, there must be a displacement and the. I cap minus 3.4 j car, so we get 36 into minus 9, plus minus 39 and 2 minus 3.4.
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