What best explains the type of energy present in the vibrating atoms of a substance

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Answer 1

Answer: The type of energy present in the vibrating atoms of a substance is a thermal energy and it is a kinetic type of energy. It is associated with movement within the crystal lattice of substance. ... Eventually, it can lead to motion of the atoms which is a form of kinetic energy.

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Suppose the plates beneath Earth's surface stopped moving.What do you think would happen?Explain your answer.

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There would be no more earthquakes or volcanic eruptions as the earth's plate are the cause of both these occurrences.(which can be seen as a positive)
However, the plates allow the earth to cool when they move because they cause heat loss.If the plates were to stop moving the earth would have to loose heat another way and since we cant tell how this would happen, it could be very dangerous.

Real world Examples of inertia

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~One real life example of inertia is when a hockey-puck continues to slide across the ice until its acted upon by an outside force.

If volume is increased, the number of collisions per second... decreases or increases?

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Answer:

if volume is increased, the number of collisions per second decreases.

Explanation:

volume is inversely proportional to pressure. Increase in volume leads to decrease in pressure and decrease in volume leads to increase in pressure.

if the pressure is high, it leads to increase in the number of collisions. If the pressure is low, it leads to decrease int he number of collisions.

therefore since volume is inversely proportional, when volume is increased, the pressure decreases and thus the number of collisions decreases.

C2H6 + 7O2 ---> 6H2O + 4CO2 is it balanced

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(2)C2H6+ 14 O2-----> (6)H20 + 4CO2

EADY QUESTION WORTH 50PTS

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By adding both the potential energy and the kinetic energy. You can also use the formulas 1/2mv^2 and mgh to find the kinetic and potential energy.

by adding the objects kinetic and energy potential energy.

Help please!!!! I dont understand how to tell if it is single replacement or double replacement.

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This is a single replacement. Because Zn flips with H, there is only one -ion (C2H3O2). C2H3O2 also known as Acetate looks different when it bonds with Zn, that’s why it looks different (CH3COO)2 on the product side.
Single: A + BC —> AC + B
Double: AB + CD —> AD + BC
Zn is you A, H is your B, C2H3O2 (Acetate) is your C.

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Student performs experiments on acids and bases. Which is not a scientific experiment? She uses an acid-base indicator to measure the pH of four different solutions.She mixes two solutions and measures their pH before and after. She asks her lab partner which base he thinks is hardest to study. <-- my answerShe measures the temperature of a solution before and after adding H2SO4.