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
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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 .
