2014年9月8日 · The specific heat capacity, or simply specific heat (C) of a substance is the amount of heat energy required to raise the temperature of one gram of the substance by one …

2015年3月27日 · This equation gives you the amount of heat supplied(Q or E), to a material of mass m and specific heat capacity(c) and this heat causing a change in temperature of the …

2017年5月18日 · q = mcDeltaT is correct, but only at constant pressure, but it can be shown that DeltaH = mcDeltaT is also correct. But q ne DeltaH unless we are at constant system …

2018年1月13日 · Re: q=mCdeltaT Post by Lily Sperling 1E » Sat Jan 13, 2018 5:24 pm You could have q=mCdeltaT where "m" refers to the mass in grams and the "C" refers to the specific …

2015年4月14日 · q=mcDeltaT, in which q is the energy gained or lost, m is mass, c is specific heat capacity, and DeltaT is the change in temperature (final temperature - initial temperature).

2017年3月23日 · q = mcDeltaT (to remember: q equals m-cat) q = heat energy (Joules) m = mass (grams) c = specific heat (("Joules")/("Celsius x grams") ) DeltaT = change in temperature …

2018年4月12日 · Usually "J"/("kg" \\ ^@"C") or "J"/("kg K"). Consider the specific heat equation, q=mcDeltaT q is the energy transferred, usually in joules m is the mass of the object, usually …

2017年4月11日 · q = mcDeltaT q = heat energy in joules m = mass in grams DeltaT = change in temperature If you know these values, you can solve for specific heat (c).

2018年7月9日 · I make it approximately 140.29 megajoules. We use the specific heat equation, which states that, q=mcDeltaT where: q is the heat energy supplied in joules m is the mass of …

2022年1月28日 · I believe that you always use Q=MCDeltaT and you can get either a positive or negative value for Q depending on the value of DeltaT. If DeltaT is positive, it means that the …