In the presence of excess oxygen, there is a greater production of CO2 and ATP molecules compared to the absence of oxygen in anaerobic
respiration.
<h3>What is glucose?</h3>
Glucose is the energy molecule that is the end product of the digestion of carbohydrates. During cellular respiration, the glucose molecule is broken down to release carbon dioxide, water and ATP.
In the presence of excess oxygen, there is a greater production of CO2 and ATP molecules compared to the absence of oxygen in anaerobic
respiration.
Learn more about carbon dioxide: brainly.com/question/3049557
M = 2 . 8 . 2
Valence Electron of M = 2
M ==> M⁺² + 2 e⁻
a. M⁺² + OH⁻ ==> M(OH)₂
b. M⁺² + PO₄⁻³ ==> M₃(PO₄)₂
Answer:
A. Limiting reactant is A.
B. Limiting reactant is A.
C. Limiting reactant is B.
D. Limiting reactant is B.
Explanation:
It is possible to find the limiting reactant for a reaction taking the moles of a reactant that will react and using the chemical equation find the moles of the other reactant you will need.
For the reaction:
2A + 4B → 3C
A. 2 moles A requires:
2molA×= 4moles of B
As you have 5 moles of B, <em>limiting reactant is A.</em>
B. 1,8 moles A requires:
1,8 molA×= 3,6 moles of B
As you have 4 moles of B, <em>limiting reactant is A.</em>
C. 3 moles A requires:
3 molA×= 6 moles of B
As you have just 4 moles of B, <em>limiting reactant is B.</em>
D. 22 moles A requires:
22 molA×= 44moles of B
As you have just 40 moles of B, <em>limiting reactant is B.</em>
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Answer: Ch4 i think
Explanation: i try my best
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1.) can detect precipitation as well as the movement of small particles which can be used to approximate wind speed.