Answer:
statement best describes the total number of carbon atoms during cellular
respiration in the fish is :
The total number of carbon atoms stays the same because the carbon from the carbon-containing food molecules is used to make molecules such as carbon dioxide
Explanation:
Respiration : It is a process in which energy from the "food" molecule is released in the form of ATP
ATP = Adenosine Triphosphate
There are two kind of respiration process:
1. In the presence of O2 = Aerobic Oxidation
2. In the absence of O2 = Anaerobic Oxidation
The breakdown of food into CO2 occur by three main process:
Glycolysis
Krebs cycle
Phosphorylation
The reaction for the Decomposition of the Glucose molecule is written as:

It is a oxidation - reduction reaction(Redox).
Here one substance is oxidised and other is reduced.
The number of Carbon atoms in reactant =6
It will produce = 6 CO2 in which the number of C=6
Hence ,
The total number of carbon atoms stays the same because the carbon from the carbon-containing food molecules is used to make molecules such as carbon dioxide
If you mean LiOH+HBr->LiBr+H2O
the answer is 0.4347mol LiBr and that equals (10/23)/80 gram LiBr
For cm to m, you need to divide by 100 to get m:
26cm/100= 0.26m
For hr to min, you need to multiply by 60 to get min:
4hr x 60= 240min
For km to m, you need to multiply by 1000 to get m:
3.25km x 1000= 3250m
For ft to in, you need to multiply by 12 to get in:
5ft x 12=60in
So we have:
0.26m
240min
3250m
60in
Decrease the temperature of the oxygen because if coal goes air born it can explode and wipe out power plants like they were not there
Yes, it is possible to combine the same two elements to form two different compounds. An example is carbon dioxide CO2 and carbon monoxide CO. This is because two elements can form different types of bond and end up with different compounds.
There is a limited number of elements but a large number of compounds because of the above reason.