(01.06 mc)\nthe formula q = mct where q = heat flow, m = mass, c = specific heat, and t = change of…

(01.06 mc)\nthe formula q = mct where q = heat flow, m = mass, c = specific heat, and t = change of temperature is used to calculate heat flow. solve this formula for t.\nt = q - mc\nt = q + mc\nt = qmc\nt = \\frac{q}{mc}

(01.06 mc)\nthe formula q = mct where q = heat flow, m = mass, c = specific heat, and t = change of temperature is used to calculate heat flow. solve this formula for t.\nt = q - mc\nt = q + mc\nt = qmc\nt = \\frac{q}{mc}

Answer

Explanation:

Step1: Isolate T.

Given $Q = MCT$, divide both sides by $MC$. $\frac{Q}{MC}=\frac{MCT}{MC}$

Step2: Simplify the right - hand side.

The $MC$ terms on the right - hand side cancel out, leaving $T=\frac{Q}{MC}$.

Answer:

D. $T = \frac{Q}{MC}$