Uses+energy

==**The balloon lab will prove this. The unknown has to break down the glucose to get energy.** After it gets the energy, CO2 is released into the balloon. This is an example of cellular respiration. In step 1, test tube A will be filled with 25 mL of warm water as well as one gram of unknown 1 and one gram of sugar. In step 2, test tube B will be filled with 25 mL of warm water with one gram of unknown 2 and one gram of sugar. In step 3, do the same for test tube C, but use unknown 3. In step four, test tube D will be filled with 23 mL of warm water and one gram of sugar. Be sure to mix each individual tube. Carefully place a balloon over each tube.==


 * |||||||| Bubbles |||||||| Balloon Inflation ||
 * Time || A || B || C || D || A || B || C || D ||
 * Initial || None || None || None || None || None || None || None || None ||
 * 30 Minutes || Few || Moderate || None || None || None || Somewhat || None || None ||
 * 24 Hours || None || Few || None || None || None || None || None || None ||


 * Bromothymol Blue |||||||||| Glucose Presence ||
 * Time: || A || B || C || D || A || B || C || D ||
 * Initial: || green || yellow || blue || blue || yes || no || yes || no ||