Draw a diagram to show how a single pulley can be used so as to have its ideal Mechanical Advantage $(M . A .) = 2$

Open in App

Solution

Mechanical Advantage $(M . A .) = \frac{L o a d}{E f f o r t} = \frac{2 T}{T} = 2$

Suggest Corrections

Similar questions

Name the type of a single pulley that has an ideal mechanical advantage equal to 2. Draw a labelled diagram of the pulley mentioned by you.

Q. What is the ideal mechanical advantage of a single fixed pulley ? Can it be used as a force multiplier ?

Q. What is a single movable pulley ? What is its mechanical advantage in the ideal case ?

Q. The mechanical advantage of an ideal single fixed pulley is and of an ideal single movable pulley is .

In which direction does the force need to be applied when single pulley is used with a mechanical advantage greater than1 ? How can u change the direction of force applied without altering its ma

Join BYJU'S Learning Program

Draw a diagram to show how a single pulley can be used so as to have its ideal Mechanical Advantage (M.A.)=2

Mechanical Advantage (M.A.)=LoadEffort=2TT=2

Draw a diagram to show how a single pulley can be used so as to have its ideal Mechanical Advantage $(M . A .) = 2$

Mechanical Advantage $(M . A .) = \frac{L o a d}{E f f o r t} = \frac{2 T}{T} = 2$