Which Requires More Work
Which Requires More Work. Web b) twice as much. Web how to determine which will require more work.
Web more force is required to stretch the strong spring, so more work is done in stretching it the same distance as a weaker spring. Web lifting a 10 kg sack of rice to a vertical distance of 2m requires more work. Work is said to be done if the force applied to a body cause the boody to move through a distance.
Web For Each Load, Work = (Mass) X (Gravity) X (Distance.
The energy consumption will be more in the lifting of. Web more force is required to stretch the strong spring, so more work is done in stretching it the same distance as a weaker spring. Work = (5 kg) x (9.8 m/s²) x (4 m) = 196 joules.
Web Lifting A 10 Kg Sack Of Rice To A Vertical Distance Of 2M Requires More Work.
Web the work done is actually about 9.81 joules. Web if the force on an object is in the negative direction, the work it does on the object must be. Work done for lifting the 10 kg.
Web Which Requires More Work Lifting A 70 Kg Sack Vertically 2 Meters Or Lifting A 35 Kg Sack Vertically 4 Meters?
If one car is twice as massive as the other, compare their gains of. Think of gravity pulling on the block as. A block is pulled 2.9 meters up a 30° rough incline by an applied force fa = 170 n, directed up.
Web B) Twice As Much.
Web study with quizlet and memorize flashcards containing terms like a car drives around a circle with a constant speed of 55m/sec. To determine which will require more work, we shall determine the work done in lifting each sack. The work could be either positive of negative, depending on the direction the object.
Web How To Determine Which Will Require More Work.
No work is done by gravity on a bowling ball that rolls along a bowling alley because. Lifting a 50.0 kg crate a vertical distance of 2.0 meters or lifting a 25.0 kg crate a vertical distance of 4.0 meters? Web how much work does the force (tension) on the rope do?
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