Transposition in Engineering Contexts

A force of 6000 N is applied on an object of mass 200 kg. Calculate the acceleration of the object (your answer will be in m/s²)

Mathematical Equivalence

ON

An object accelerates at 25 m/s² when a force of 12,250 N is applied to it. What is the mass of the object (your answer will be in kg)?

Mathematical Equivalence

OFF

An object has a weight of 34.335 N. Calculate its mass (your answer will be in kg).

Mathematical Equivalence

ON

The work done to carry a load of 2000 N is 32,000 J. Calculate how far the load was carried (your answer will be in metres).

Mathematical Equivalence

ON

The work done to carry a load 30 metres is 3,600 J. Calculate the value of the load (your answer will be in Newtons).

Mathematical Equivalence

OFF

The work done by a system is 270,000 J and the power developed over t seconds by the system is 3000 W. Calculate the time t and give your answer in minutes.

Mathematical Equivalence

ON

An object that has been raised 0.8 m has a gravitational potential energy of 1,569.6 J. Calculate the mass of the object (your answer will be in kg).

Mathematical Equivalence

ON

An 500 kg vehicle has a gravitational potential energy of 14,200 J. Calculate the height of the vehicle to one decimal place (your answer will be in metres.

Mathematical Equivalence

ON

A ball travels at a velocity of 12 m/s with a kinetic energy of 15.12 J. Calculate the mass of the ball to 2 decimal places (your answer will be in kg)

Mathematical Equivalence

OFF

A vehicle of mass 650 kg travels with a kinetic energy of 16,800 J. Calculate the velocity of the vehicle to 1 decimal place (your answer will be in m/s)

Mathematical Equivalence

OFF