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 .

in simple terms, the principle states that the buoyancy force on an object is equal to the weight of the fluid displaced by the object, or the density of the fluid multiplied by the submerged volume times the gravitational acceleration, g. this is also known as upthrust.

b.

explanation:

10.0