13 Energy Conversions or transformations

Posljednje ažuriranje almost 5 years ago

The law of conservation of energy states that energy cannot be created or destroyed, only converted (transformed) into other forms of energy. In a closed system (where nothing escapes or is added) the amount of energy present at the beginning of a process is the same as the amount of energy at the end.

When energy is converted from one form to another it is known as energy conversion.

This is most easily seen and calculated with mechanical energy, the sum of the potential and kinetic energy. When an object releases its potential energy, it is transformed into kinetic energy. The loss of one is the gain of the other.

13 Energy Conversions or transformations

13 Energy Conversions or transformations

What kind of energy does the skater have at 6 meters?

When the kinetic energy gets smaller, the height of the skater

When the kinetic energy gets smaller, the potential energy of the skater

When the kinetic energy gets smaller, the speed of the skater

The bar graph shows the energy of the skater. What height is the skater most likely at?

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

What kind of energy does the skater have at 6 meters?

When the kinetic energy gets smaller, the height of the skater

When the kinetic energy gets smaller, the potential energy of the skater

When the kinetic energy gets smaller, the speed of the skater

The bar graph shows the energy of the skater. What height is the skater most likely at?

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Choose the type of energy (or energies) being described.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.

Fill in the blank with the appropriate type of energy.