<span>Plants use the energy in sunlight to make their own food. Plants store the energy in their leaves and stems. Plants are called primary producers in food chains. </span>
B the minerals do dissolve
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Answer:</h3>
94 ATP molecules
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Explanation:</h3>
To answer the question we need to understand the beta oxidation of fatty acid.
- First we need to know each electron carrier produces different number of ATP molecules in the electron transport chain.
- That is, FADH₂ yields 1.5 ATP while NADH yields 2.5 ATP molecules
- Additionally, for every acetyl coA, 10 ATP molecules are produced.
What happens during oxidation of a fatty acid with even number of carbon, C₂ₙ?
- During beta oxidation of an even number fatty acid, C₂ₙ, n-1 FADH₂, n-1 NADH and n acetyl coA molecules are produced.
- Therefore, for a fatty acid with 14 carbons, then 6 molecules of FADH₂, 6 molecules of NADH and 7 acetyl coA are produced.
- Therefore, the number of ATP molecules will be;
From; 6 FADH₂ = 6 × 1.5 = 9 ATP
6 NADH; 6 × 2.5 = 15 ATP
7 Acetly CoA ; 7 × 10 = 70 ATP
This gives a total of 94 ATP molecules
Hence a 14 carbon fatty acid produces 94 ATP molecules after beta oxidation.
Answer:
H2C2O2 + 2KOH ----- K2C2O4 + 2H2O
Answer:
Density of iron shot is 7.92 g/mL.
Explanation:
Given data:
Mass of water + iron + graduated cylinder = 94.74 g
Mass of water + graduated cylinder = 66.24 g
Volume of water = 45.50 mL
Volume of water + iron shot = 49.10 mL
Density of iron = ?
Solution:
First of all we will calculate the volume of iron shot.
Volume of iron shot= (Volume of water + iron shot) - Volume of water
Volume of iron shot= 49.10 mL - 45.50 mL
Volume of iron shot= 3.6 mL
Now we will calculate the mass of iron shot.
Mass of iron shot = (Mass of water + iron + graduated cylinder ) - Mass of water + graduated cylinder
Mass of iron shot = 94.74 g - 66.24 g
Mass of iron shot = 28.5 g
Now we will calculate the density of iron shot.
d = m/v
d = 28.5 g / 3.6 mL
d = 7.92 g/mL
Density of iron shot is 7.92 g/mL.
