Bio-Process Lab B

[Kuttan]

{Answer} (Click to Show Hidden Text)

{a. I don't know, b. the light underneath the stage c. I don't know}

Can somebody explain glycolysis to me please?

[Unome]

{Answer} (Click to Show Hidden Text)

{a. I don't know, b. the light underneath the stage c. I don't know}

Can somebody explain glycolysis to me please?

If your question is intended to learn something you don't know, as implied by the wording, that would be better asked in the event forum here. On the chance that you intended it to be part of the question marathon:

Simplified answer (Click to Show Hidden Text)

Glycolysis is the name for a series of reactions that convert glucose into pyruvate. This process creates ATP and NADH as byproducts.

[Kuttan]

Thank you, will do! This is my first time here.

[c-trast]

I guess since the question wasn't fully answered, then anyone else is still free to respond?

[aditi]

Remaining answers of c-trast's question....

Answers... (Click to Show Hidden Text)

A condenser lens concentrates light from the illumination, that is in turn focused through the object and magnified by the objective lens. A rack stop tells how close the objective lens can get to the slide.

Here are a couple easy questions...

Describe what would happen if one link of a food chain were to die off.
True or False: if one part in a food web dies off everything else will die off too.
Name 2 primary consumers.

[c-trast]

Remaining answers of c-trast's question....

Answers... (Click to Show Hidden Text)

A condenser lens concentrates light from the illumination, that is in turn focused through the object and magnified by the objective lens. A rack stop tells how close the objective lens can get to the slide.

Here are a couple easy questions...

Describe what would happen if one link of a food chain were to die off.
True or False: if one part in a food web dies off everything else will die off too.
Name 2 primary consumers.

That's right. Everyone go answer [aditi]'s question.

[Kuttan]

Answers (Click to Show Hidden Text)

a. (I'm not sure, but...)It depends on where the link is. If it is near the top, say, wolves, then the bottom, say, deer, will overpopulate. If it is near the bottom, say, grass, then the primary consumers(herbivores) might die off, or they may find a new feeding source. b. False c. Pandas, Cows

[aditi]

Answers (Click to Show Hidden Text)

a. (I'm not sure, but...)It depends on where the link is. If it is near the top, say, wolves, then the bottom, say, deer, will overpopulate. If it is near the bottom, say, grass, then the primary consumers(herbivores) might die off, or they may find a new feeding source. b. False c. Pandas, Cows

That's mostly correct, Kuttan. The only problem is in the first question...You're partially correct, but you need to add that at the end, all the other parts of food chain would die off too. Because, the wolves and deer would overpopulate, meaning there wouldn't be a large enough food source, and they would all end up dying...Also, it's your turn to ask a question once you've answered one.

[Kuttan]

This should be easy...
In race horses, black hair (B) is dominant over chestnut hair (b) and a trotting gait (T) is dominant over a pacing gait (t). What are the phenotype and genotype ratios for a thoroughbred black trotter and a thoroughbred chestnut pacer?

[aditi]

Black trotter : phenotype - 3:1 and genotype - 9:3:3
chestnut pacer : phenotype - 13:2 and genotype - 5:8:3