Question

the products are ____, __, and __.the energy molecule that drives the chemical reaction is ___________.the number of energy molecules required to make the reaction occur. __the number of energy molecules produced from the reaction. ____2atpo₂ + c₆h₁₂o₆ → 6h₂o + 6co₂ + 36use the boxes to draw a picture that helps you remember the equation.

Explanation:

This refers to the cellular respiration reaction, where glucose and oxygen react to produce carbon dioxide, water, and energy (ATP). ATP is the primary energy molecule for cellular reactions. The balanced reaction uses 2 ATP to start (glycolysis) and produces 36-38 total ATP, with a net gain of 34-36.

Answer:

The products are $\boldsymbol{CO_2}$, $\boldsymbol{H_2O}$, and $\boldsymbol{ATP}$.
The energy molecule that drives the chemical reaction is $\boldsymbol{ATP}$.
The number of energy molecules required to make the reaction occur. $\boldsymbol{2}$
The number of energy molecules produced from the reaction. $\boldsymbol{36}$

For the equation boxes (balanced cellular respiration):
Left side (reactants): $\boldsymbol{6O_2}$ + $\boldsymbol{C_6H_{12}O_6}$
Right side (products): $\boldsymbol{6H_2O}$ + $\boldsymbol{6CO_2}$ + $\boldsymbol{36ATP}$
(The top box labeled "2 ATP" represents the activation energy/input ATP for the reaction)