Right ! if a substance could reach absolute zero, which of these would be equal to zero? a. heat b. temperature c. particle motion d. all of these 100 °c is a greater temperature than which of the following? a. 212 °f b. 232 °f c. 313.15 k d. 373.15 k

If a substance could reach absolute zero, then

-- the heat in it would be zero;

(if it had any heat in it, then the temperature would not be zero)

-- the temperature would be zero

(you just said so in the question)

-- the motion of its particles would be zero

(any particle motion would show up as temperature, which it doesn't have)

-- all of these

When somebody hands you a °Celsius temperature, it's not hard

to figure out the equivalent °Fahrenheit temperature.

°Fahrenheit = (1.8 · °Celsius) + 32° .

So it turns out that 100°C is equivalent to 212°F.

That's equal to A and less than B .

Also, it's not hard to figure out the equivalent absolute (Kelvin) temperature.

Just take the °Celsius temperature and add 273.15 .

So 100°C is equivalent to 373.15 K. (No degrees. Just K .)

That's equal to D.

The only choice that 100°C is greater than is choice-C .

it should be -8.6 cm hope this out

uranium fissions/breaks up giving out energy and neutrons