Consider the following equation: $$\mathrm { GHG } = \frac { \mathrm { GHG } } { \text { Energy } } \times \frac { \text { Energy } } { \mathrm { GDP } } \times \mathrm { GDP } ,$$
Where GHG = world annual emissions of greenhouse gases Energy = world annual amount of energy consumed GDP = world's annual gross domestic product
Suppose GHG emissions increased by 10 percent between 2005 and 2010, a period when GDP increased by 5 percent and Energy/GDP was constant. We can conclude that GHG/Energy over the same period

Question

Quizplus · Accepted Answer

Since GHG increased by 10% and GDP increased by 5% while Energy/GDP was constant, the increase in GHG/Energy must account for the remaining 5% increase in GHG emissions.

Consider the Following Equation GHG=GHG Energy × Energy GDP×GDP,\mathrm { GHG } = \frac { \mathrm { GHG } } { \text { Energy } } \times \frac { \text { Energy } } { \mathrm { GDP } } \times \mathrm { GDP } ,GHG= Energy GHG​×GDP Energy ​×GDP,

Consider the Following Equation $\mathrm { GHG } = \frac { \mathrm { GHG } } { \text { Energy } } \times \frac { \text { Energy } } { \mathrm { GDP } } \times \mathrm { GDP } ,$