A pair of scissors has its blades 10 cm long, while its handles are 5 cm long. Find its mechanical advantage?
0.5

Open in App

Solution

The correct option is A 0.5
Given,
Length of blade = $10 c m$ = Load arm
Length of handles = $5 c m$ = Effort arm

Mechanical advantage of scissors, ( $M.A.$ ) $= \frac{Effort arm}{Load arm}$

$\Rightarrow M.A. = \frac{5}{10} = 0.5$

Suggest Corrections

Similar questions

A pair of scissors has its blades 15 cm long, while its handles are 7.5 cm long. What is its mechanical advantage?

A pair of scissors has its blades 15 cm long, while its handles are 7.5 cm long. What is its mechanical advantage ?

A force of 5 kgf is required to cut a metal sheet. A pair of shears used for cutting the metal sheet has its blades 5 cm long, while its handles are 10 cm long . What effort is needed to cut the sheet?

A force of 5 kgf is required to cut a metal sheet. A shears used for cutting the metal sheet has its blades 5 cm long, while its handles are 10 cm long . What effort is needed to cut the sheet ?

Scissors for cutting cloth have blades that are longer than its handles; but shears for cutting metals have blades are shorter than its handles. This is because

Join BYJU'S Learning Program

A pair of scissors has its blades 10 cm long, while its handles are 5 cm long. Find its mechanical advantage?0.5

The correct option is A 0.5Given, Length of blade = 10 cm = Load arm Length of handles = 5 cm = Effort arm Mechanical advantage of scissors, (M.A.)=Effort armLoad arm ⇒M.A.=510=0.5

A pair of scissors has its blades 10 cm long, while its handles are 5 cm long. Find its mechanical advantage?
0.5

The correct option is A 0.5
Given,
Length of blade = $10 c m$ = Load arm
Length of handles = $5 c m$ = Effort arm

Mechanical advantage of scissors, ( $M.A.$ ) $= \frac{Effort arm}{Load arm}$

$\Rightarrow M.A. = \frac{5}{10} = 0.5$