Calculate Energy Applied to Steel Slab

In summary, the energy applied to a steel slab can be calculated using the formula (force x distance), where force is measured in newtons and distance is measured in meters. The force applied to a steel slab can be measured using a device called a force gauge, and the distance traveled can be determined by measuring the length of the path it travels. Additionally, the energy applied can also be calculated using the formula (1/2 x mass x velocity^2), where mass is measured in kilograms and velocity is measured in meters per second. Some factors that can affect the amount of energy applied to a steel slab include the force applied, distance traveled, mass of the slab, and external forces or friction present during movement.
  • #1
debo22
1
0
I want to calculate the energy applied to a slab of steel with a temperature rise that varying with time (t) as -
13t + 5t^2 + 10* sin (3ωt)

The energy applied to the system is calculated by mc (dT) equation where
m mass of the slab
c specific heat
dT change in temperature
 
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  • #2
Are m and c constant?

Then [itex]dt= 13+ 10t+ 30\omega cos(3\omega t)[/itex], of course.
 

Related to Calculate Energy Applied to Steel Slab

1. What is the formula for calculating the energy applied to a steel slab?

The formula for calculating the energy applied to a steel slab is (force x distance), where force is measured in newtons and distance is measured in meters.

2. How do you measure the force applied to a steel slab?

The force applied to a steel slab can be measured using a device called a force gauge, which measures the amount of force applied in newtons.

3. How do you determine the distance traveled by the steel slab?

The distance traveled by the steel slab can be determined by measuring the length of the path it travels in meters. This can be done using a measuring tape or ruler.

4. Can you calculate the energy applied to a steel slab if you know the mass and velocity?

Yes, the energy applied to a steel slab can be calculated using the formula (1/2 x mass x velocity^2), where mass is measured in kilograms and velocity is measured in meters per second.

5. What are some factors that can affect the amount of energy applied to a steel slab?

Some factors that can affect the amount of energy applied to a steel slab include the force applied, the distance traveled, the mass of the slab, and any external forces or friction present during the movement of the slab.

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