Q = mc delta t? and an example i did sample weight=.7 grams degree of water(celcius) before burning= 22 degrees degrees of water after burning= 23 degrees
please answer
what do you want to know? \[-\xi \leftarrow \sqrt{\cos^{-1} \left[\begin{matrix}? & ? \\ ? & ?\end{matrix}\right]}\] p.s. I just wanted to test out the equation tab. It has nothing to do with the question
umm, i just need to know if im doing it right. i did the equations, and im pretty sure a single peice of dog food does not have like, 200 Calories
\[Q=MC \Delta T\]
Q = m*c*(delta T) Q = heat energy m = mass c = specific heat delta t = change in temperature (= final - initial temp) Remember, in a closed system, heat gained by one thing equals the heat lost by another.
its all multiplied right?
yea. as far as i know, you did it right, the equation is correct.
....s single peice of puppy fod has like 354 Calories!?!?!?!?
What is the change in the temperature
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