300N effort is applied to lift the load of 900N by using a first class lever. If the distance between the load and fulcrum is 20m, the calculate the distance from fulcrum to the effort.

Question

Unisha234 Unisha234

09-03-2022
Physics

contestada

300N effort is applied to lift the load of 900N by using a first class lever. If the distance between the load and fulcrum is 20m, the calculate the distance from fulcrum to the effort.

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MrGrayEzra MrGrayEzra · Answer 1 · 2022-03-09T15:56:53+01:00

MrGrayEzra MrGrayEzra

09-03-2022

Answer:

Effort=300N

Load=900N

Load distance=20m

Now,

Ed=(L*Ld)/E

Ed=(900*20)/300

Ed=1800/300

Ed=6m

Explanation:

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thebakerarmstrong thebakerarmstrong · Answer 2 · 2022-03-09T15:57:58+01:00

thebakerarmstrong thebakerarmstrong

09-03-2022

Answer:

This is the correct answer!

Effort=300N

Load=900N

Load distance=20m

Now,

Ed=(L*Ld)/E

Ed=(900*20)/300

Ed=1800/300

Ed=6m

Hence, the distance from fulcrum to effort is 6 m

Explanation:

Plato

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300N effort is applied to lift the load of 900N by using a first class lever. If the distance between the load and fulcrum is 20m, the calculate the distance from fulcrum to the effort. ​

Respuesta :

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300N effort is applied to lift the load of 900N by using a first class lever. If the distance between the load and fulcrum is 20m, the calculate the distance from fulcrum to the effort.