Class II levers are designed to have: 1. M.A. = V.R. 2. M.A. > V.R. 3. M.A. > 1 4. M.A. < 1

Physics

Class II levers are designed to have:
M.A. = V.R.
M.A. > V.R.
M.A. > 1
M.A. < 1

Machines

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Answer

M.A. > 1

Reason — Mechanical advantage (M.A.) is defined as the ratio of effort arm to load arm. In class II levers, as effort arm is always longer than the load arm hence M.A. > 1.

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Physics

Class II levers are designed to have:
M.A. = V.R.
M.A. > V.R.
M.A. > 1
M.A. < 1

Machines

Answer

Related Questions

Select the incorrect statement:
A machine always has efficiency less than 100%.
The mechanical advantage of a machine can be less than 1.
A machine can have mechanical advantage greater than the velocity ratio.
A machine can be used as a speed multiplier.

The lever for which mechanical advantage is less than 1 has:
Fulcrum at the mid-point between load and effort.
Load between effort and fulcrum.
Effort between fulcrum and load.
Load and effort acting at the same point.

The Lever shown in the figure is:
Class I lever
Class II Lever
Class III Lever
None of these

Which class of levers have effort and load on the same side of fulcrum
Class I lever
Class II Lever
Class III Lever
Class II or class III Lever

Physics

Class II levers are designed to have:M.A. = V.R.M.A. > V.R.M.A. > 1M.A. < 1

Machines

Answer

Related Questions

Select the incorrect statement:A machine always has efficiency less than 100%.The mechanical advantage of a machine can be less than 1.A machine can have mechanical advantage greater than the velocity ratio.A machine can be used as a speed multiplier.

The lever for which mechanical advantage is less than 1 has:Fulcrum at the mid-point between load and effort.Load between effort and fulcrum.Effort between fulcrum and load.Load and effort acting at the same point.

The Lever shown in the figure is:Class I leverClass II LeverClass III LeverNone of these

Which class of levers have effort and load on the same side of fulcrumClass I leverClass II LeverClass III LeverClass II or class III Lever

Class II levers are designed to have:
M.A. = V.R.
M.A. > V.R.
M.A. > 1
M.A. < 1

Select the incorrect statement:
A machine always has efficiency less than 100%.
The mechanical advantage of a machine can be less than 1.
A machine can have mechanical advantage greater than the velocity ratio.
A machine can be used as a speed multiplier.

The lever for which mechanical advantage is less than 1 has:
Fulcrum at the mid-point between load and effort.
Load between effort and fulcrum.
Effort between fulcrum and load.
Load and effort acting at the same point.

The Lever shown in the figure is:
Class I lever
Class II Lever
Class III Lever
None of these

Which class of levers have effort and load on the same side of fulcrum
Class I lever
Class II Lever
Class III Lever
Class II or class III Lever