Question

Calculate the ideal mechanical advantage of a lever in which the effort arm is 60 cm and the load arm is 4 cm.​

Answer 1

Explanation:

Given :

effort arm = 60cm,

load arm = 4 cm.

= effect arm/load arm

= 60/4

= 15.

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@ansika

Answer 2

Explanation:

$\large \bold \red{Question →}$

★ Calculate the ideal mechanical advantage of a lever in which the effort arm is 60 cm and the load arm is 4 cm.

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$\large \bold \red{Answer →}$

Given :-

• Effort Arm = 60cm.
• Load Arm = 4 cm.

To Find :-

• ldeal Mechanical Advantage.

$\large \bold \pink{Solution →}$

$\large \maltese \: \bold{ldeal \: Mechanical \: Advantage =\large\frac{effort \: arm}{load \: arm} } \\ \\ \large \bold \orange{ = \frac{60}{4} } \\ \\ \large \bold \blue{ = 15 }$

Therefore,

• ldeal Mechanical Advantage = 15

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$\large \bold \red{Learn \: More :-}$

● Define Ideal Mechanical Advantage :-

• The ideal mechanical advantage is the mechanical advantage of a machine with no inefficiencies.
• See Attachment for Figure.

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$\large\colorbox{pink}{Hope lt'z Help You ❥ }$