Answer:
Anabolic Reaction : Photosynthesis
Occurs in plant life : Both
a way to store energy : Both
Catabolic Reaction : Cellular Respiration
a way to release energy : Both
involves oxygen and carbon dioxide : oxygen releases by the process of photosynthesis. Oxygen is involved in areobic respiration and not in anarobic respiration.
B. they collided and stuck together.
Answer:
See explanation
Explanation:
We know that water begins to expand at 4°C. This is generally referred to as the anomalous behavior of water.
The implication of this is that ice has a greater volume than water. Thus ice is less dense than liquid water.
n-butyl alcohol has much less density than water. This accounts for the fact that water upon freezing breaks the bottle while n butyl alcholol leads to a container with concave walls.
Hence the density of ice is much higher than the density of n butyl alcohol.
Answer:
Explanation:
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In this case, we need to compute the atoms of both phosphorous and oxygen, taking into account the following mass-mole-atoms relationship:
Now, by adding each result, we've got:
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Molar mass of a compound is the equivalent mass of the compound per mole of it. To determine the molar mass of hemoglobin, we need to know the mass and the number of moles that is present in a certain sample. We make use of the values given above.
Given
0.340 percent Fe = 0.340 g Fe / 100 g hemoglobin
4 atoms Fe per 1 molecule of hemoglobin
Solution:
4 atoms Fe per 1 molecule of hemoglobin ( 1 mol Fe / 6.022 x10^23 atoms Fe) ( 55 .85 g Fe/ 1 mol Fe ) ( 6.022x10^23 molecule hemoglobin / 1 mol hemoglobin ) = 223.4 g Fe / mol hemoglobin
Molar mass = (100 g hemoglobin / 0.340 g Fe) (223.4 g Fe / mol hemoglobin) = 65705.88 g/mol hemoglobin