Explanation:
Frequency Range
1 Radio waves >0.1m <3×10
9
㎐
2 Micro waves 0.1m−1㎜ 3×10
9
to 3×10
11
㎐
3 Infrared 1㎜ to 7000A° 3×10
11
to 4.3×10
17
㎐
4 Visible light 7000 to 4000A° 4.3×10
14
㎐ to 7.5to10
14
㎐
5 Ultraviolet 4000A° to 10A° 7.5×10
17
to 3×10
17
㎐
6 X-Rays 10A° to 0.01A° 3×10
17
to 3×10
20
㎐
7 Gamma Rays <0.01A° >3×10
20
㎐
C. Creativity born from interactions with nature
<span>A. A part of the endoplasmic reticulum pinches off, forming a transport vesicle.</span>
Gene
Thus controlling traits that are passed to offspring
If glucose was no longer available, the effect o the processes below will be as follows:
- Lactic acid fermentation - decreases
- Pyruvate processing - decreases
- Citric acid cycle - decreases
- Electron transport - decreases
<h3>What is the importance of glucose in the body?</h3>
Glucose is a monosaccharide that plays an important role as the main fuel for the cell to produce energy.
Glucose is broken down in the process of glycolysis to produce pyruvate as well as the reducing equivalents, NADH.
Pyruvate , the breakdown product of glucose from glycolysis enters other biochemical, reaction pathways such as:
- Lactic acid fermentation,
- Citric acid cycle, and
- Electron transport
Therefore, a constant supply of glucose is required to keep the above processes continually functioning.
Learn more about about glucose at: brainly.com/question/7224754
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