Shondra takes notes in class.
I. Electromagnetic Waves
II. The ability to work
- Has many forms
- Mechanical
III. Potential energy
- Chemical
- Elastic
- Gravitational
Kinetic energy
- Energy of movement
- Electrical
IV. Nuclear
- Radiant
- Thermal
One line of Shondra’s notes is irrelevant to the rest of her notes. Which line is about a different topic than the rest of Shondra’s notes?
I
II
III
IV
Answers
Answer:
copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)
Explanation:
copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)
Answer:
A. l. is the correct answer.
Explanation:
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