Download Simple machines cubing calculations

A machine uses an input force of 200 N
to produce an output force of 800 N.
What is the mechanical advantage of
this machine?
A force of 35 N is applied to a machine
to move a load of 700 N. What is the
mechanical advantage of this machine?
This machine uses an input force of 20
N to produce an output force of 80 N.
What is the mechanical advantage of
this machine?
A force of 200 N is applied to a machine
to lift a 1000 N load. What is the
mechanical advantage of this machine?
A machine with a mechanical
advantage of 2.5 requires an input
force of 120 N. What is the size of the
load this machine could lift?
A machine is designed to lift an object
with a weight of 12 N. If the input force
for the machine is set at 4 N, what is
the mechanical advantage of this
machine?
A machine uses an input force of 200 N
to produce an output force of 800 N.
What is the mechanical advantage of
this machine?
This machine uses an input force of 20
N to produce an output force of 80 N.
What is the mechanical advantage of
this machine?
A force of 35 N is applied to a machine
to move a load of 700 N. What is the
mechanical advantage of this machine?
A machine with a mechanical
advantage of 2.5 requires an input
force of 120 N. What is the size of the
load this machine could lift?
A force of 200 N is applied to a machine
to lift a 1000 N load. What is the
mechanical advantage of this machine?
A machine is designed to lift an object
with a weight of 12 N. If the input force
for the machine is set at 4 N, what is
the mechanical advantage of this
machine?