Thermal energy is heat energy. Thermal means heat, and I bet you're really smart!
A wave with a greater amplitude carries more energy to wherever it goes.
Answer:
The reagents correspond to substances that react with others, generating a chemical reaction.
Explanation:
Example:
H2 + 02 -> H202
Hydrogen reacts with oxygen in a synthesis reaction, forming a new compound (hydrogen peroxide) called a product.
Because acceleration is constant, the acceleration of the car at any time is the same as its average acceleration over the duration. So

Now, we have that

so we end up with a distance traveled of


Answer:
the extension recorded by the student would be smaller than the actual extension of the spring