1) In the equation: Q = m x Cp x △T, what does Q stand for? a) Thermal Energy or Heat b) Mass c) Specific Heat Capacity d) Change in Temperature 2) In the equation: Q = m x Cp x △T, what does m stand for? a) Thermal Energy or Heat b) Mass c) Specific Heat Capacity d) Change in Temperature 3) In the equation: Q = m x Cp x △T, what does Cp stand for? a) Thermal Energy or Heat b) Mass c) Specific Heat Capacity d) Change in Temperature 4) In the equation: Q = m x Cp x △T, what does △T stand for? a) Thermal Energy or Heat b) Mass c) Specific Heat Capacity d) Change in Temperature 5) In the equation: △L = ∝ x Lo x △T, what does △T stand for? a) Change in length b) Expansion coefficient c) Starting length d) Change in Temperature 6) In the equation: △L = ∝ x Lo x △T, what does ∝ stand for? a) Change in length b) Expansion coefficient c) Starting length d) Change in Temperature 7) In the equation: △L = ∝ x Lo x △T, what does Lo stand for? a) Change in length b) Expansion coefficient c) Starting length d) Change in Temperature 8) In the equation: △L = ∝ x Lo x △T, what does △L stand for? a) Change in length b) Expansion coefficient c) Starting length d) Change in Temperature 9) In the equation: Q = n x △H, what does Q stand for? a) Thermal energy b) Number of moles c) Heat of a phase change  d) Mass 10) In the equation: Q = n x △H, what does n stand for? a) Thermal energy b) Number of moles c) Heat of a phase change  d) Mass 11) In the equation: Q = n x △H, what does △H stand for? a) Thermal energy b) Number of moles c) Heat of a phase change  d) Mass 12) When solving for specific heat capacity, you should use the following equations: a) Q = m x Cp x △T b) Cp = Q / (m x △T)  c) △T = Tf - Ti d) Q = n x △H 13) When solving for the heat required during a phase change, you should use the following equations: a) Q = m x Cp x △T b) Cp = Q / (m x △T)  c) △T = Tf - Ti d) Q = n x △H 14) When solving for the heat required during a temperature change, you should use the following equations: a) Q = m x Cp x △T b) Cp = Q / (m x △T)  c) △T = Tf - Ti d) Q = n x △H 15) When solving for the change in temperature, you should use the following equations: a) △L = ∝ x Lo x △T b) Cp = Q / (m x △T)  c) △T = Tf - Ti d) Q = n x △H 16) When solving for the change in length, you should use the following equations: a) Q = m x Cp x △T b) △L = ∝ x Lo x △T c) △T = Tf - Ti  d) Q = n x △H

Heat Equations

by
Print
Embed

Leaderboard

Visual style

Options

Switch template

Continue editing: ?