In order to conserve energy,it is decided to increase the R-value of an outside wall from by adding an inexpensive layer of sheathing on the inside of the wall which has an R-value of .When the temperature difference between the inside and outside is 20 $\degree$C,by what percentage is the rate of energy transfer through the wall reduced by this added insulation?
A)37%
B)58%
C)63%
D)This cannot be found without also knowing the area of the wall.

Question

In order to conserve energy,it is decided to increase the R-value of an outside wall from  by adding an inexpensive layer of sheathing on the inside of the wall which has an R-value of  .When the temperature difference between the inside and outside is 20 $\degree$C,by what percentage is the rate of energy transfer through the wall reduced by this added insulation?
A)37% 
B)58% 
C)63% 
D)This cannot be found without also knowing the area of the wall.

Quizplus · Accepted Answer

The Answer of In order to conserve energy,it is decided to increase the R-value of an outside wall from  by adding an inexpensive layer of sheathing on the inside of the wall which has an R-value of  .When the temperature difference between the inside and outside is 20 $\degree$C,by what percentage is the rate of energy transfer through the wall reduced by this added insulation?
A)37% 
B)58% 
C)63% 
D)This cannot be found without also knowing the area of the wall.

In Order to Conserve Energy,it Is Decided to Increase the R-Value