BIOLOGY HIGH SCHOOL

What are the reactants of photosynthesis??

Answers

Answer 1
Answer: The reactants of photosynthesis are water, light and carbon dioxide, while the products are oxygen and sugars. Cellular respiration occurs in direct synchronicity with this process, using the products of photosynthesis as its reactants and producing its reactants. 

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(If wrong please notify me asap)
Answer 2
Answer:

Final answer:

The primary reactants of photosynthesis are water, carbon dioxide, and light energy, usually from the sun. Through a complex series of reactions, photosynthesis transforms these inputs into glucose and oxygen.

Explanation:

The process of photosynthesis, a key biological process, requires certain reactants or inputs to proceed. The primary reactants of photosynthesis are water (H₂O), carbon dioxide (CO₂), and light energy, typically from the sun. In the photosynthesis process, these inputs are transformed through a complex series of reactions into the products glucose (C6H12O6), a simple carbohydrate molecule that stores energy and the structural backbone for much of life on Earth, and oxygen (O2).

The simplified chemical equation representing photosynthesis is: 6CO₂ + 6H₂O + light energy --> C6H12O6 + 6O2

So, in a nutshell, photosynthesis uses carbon dioxide and water, along with energy derived from sunlight, to produce energy-storing glucose and oxygen.

Learn more about reactants of photosynthesis here:

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What is the total magnification of a microscope with two lenses when one lens has a magnification of 15, and the other lens has a magnification of 30?

Answers

The answer is 450.
It is multiplication of magnifications of both lenses,
thus 15 x 30 = 450

Why is it important to sequence your plasmid after purifying it?

Answers

Here is my suggestion. ALWAYS you digest a vector you should do a gel-purification step. Some people will say that they don't do it because it's a waste of time and that is ok, however, if you do it you are practicing good molecular biology as defined by Sambrook&Maniatis, and these guys knew something about it. Therefore, I will encourage you to do this step as often as you can, this will ensure you have no traces of undigested vector that will interfere during your transformation step (e.g. false positive) and consequently save you time later. The best way to save time is to do it right. You also want to get rid of buffers and ions that may (or may not) interfere with your phosphatase steps and have a clear start too. The later is not so critical though, as most reagents are now quite compatible with each other as well as between companies, which is great. Then, after phosphatase treatment the cleaning step depends on two things: if you used CIP (NEB), this enzyme you MUST gel-purify (recommended) or use a kit to get rid of the CIP that tightly binds to the end of your DNA and cannot be heat inactivated. If you used TSAP (Promega) 0r any other thermosensitive phosphatase, then you can heat inactivate it. The next thing to take into account is to check the buffer compatibilities between your recently 'phosphatased' vector, your digested construct and your ligation buffer. Most of the T4 DNA ligase in the market are compatible with any of the buffers for restrictions and phosphatase. For your Insert in the experimental setting you have provided, I believe you can skip it.

To determine whether two organisms are related, scientists may compare the _____ of their cells.

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Scientists may compare the DNA of the cells.

The _________ channels the waste-filled blood to the excretory system.a. Small intestine
b. Renal Artery
c. Ureter

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It is the Renal Artery that channels the is waste-filled blood the excretory system. Main function of renal artery is to carry blood from the heart to the kidney. It starts from the heart and carries a volume of blood to the kidney to be filtered.

The main organs of the excretory system are the kidneys. Waste-filled blood is routed to the kidneys via the renal artery. The kidneys then filter the blood, removing excess water, salts, uric acid, and chemicals from medications or poisonous substances.

A selectively permeable membrane separates two solutions. Water is able to pass through this membrane; however, sucrose (a disaccharide) and glucose (a monosaccharide) cannot pass. The membrane separates a 0.2-molar sucrose solution from a 0.2-molar glucose solution. With time, how will the solutions change?a. Nothing happens because the two solutions are isotonic to one another.b. Water enters the sucrose solution because the sucrose molecule is a disaccharide and thus larger than the monosaccharide glucose.
c. Water leaves the sucrose solution because the sucrose molecule is a disaccharide and thus larger than the monosaccharide glucose.
d. The sucrose solution is hypertonic and will gain water because the total mass of sucrose is greater than that of glucose.
e. After the sucrose dissociates to two monosaccharides, water will be osmostically drawn to that side of the membrane.

Answers

Answer:

a. Nothing happens because the two solutions are isotonic to one another.

Explanation:

Two solutions of the same molarity are separated from each other by a membrane that allows water molecules but not the glucose or sucrose to move across it. Movement of water across the selectively permeable membrane occurs only when two solutions have different concentrations of solutes. In that case, water moves from a hypotonic solution towards a hypertonic solution. Since both sucrose and glucose solutions have the same tonicity, there would not be any change in the solution.

Robert Hooke used the name cells to describe their ___

Answers

because shape and pattern
hope this help
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