Diabetics lack the ability to make their own insulin, in type 1. They have trouble because when someone can not break down their own glucose, there becomes too much of it in their body which can cause a number of problems. If a normal person's blood sugar gets low our body produces glycogen which gets broken down into glucose which our body will then bring into the cells raising our blood glucose. A diabetic needs to eat something to get those glucose molecules into their body, but then they run into another problem. If they don't have insulin, the body cant take up the glucose, so they have to balance the amount of glucose with the amount of insulin to stay healthy. Sorry this is so long... :)
I have no idea, i speak english how about u
For the first question, the third choice seems best.
For the second question, it's light moths.
It adapted to its environment by being able to reach very high spots in trees to get fruits. Also, they can walk in lakes without feeling they would drown. Lastly, they can fight other animals without getting too hurt due to the other not being able to reach up to them.
Sorry this is what I could basically think off
Answer:
The estimated number of green seeds in the F2 generation is 2007, approximately.
Explanation:
<u>Available data:</u>
- Cross of a true-breeding plant that produced green seeds with a true-breeding plant that produced yellow seeds
- The entire F1 generation produced yellow seeds.
- Cross of the F1 offspring with each other to produce the F2 generation
- From the F2 generation, there were 6022 yellow seeds.
<u>1st Cross:</u>
Parental) YY x yy
gametes) Y Y y y
F1) 100% Yy
<u>2nd Cross</u>
Parental) Yy x Yy
Gametes) Y y Y y
Punnet square) Y y
Y YY Yy
y Yy yy
F2) 75% yellow, Y-
25% green, yy
What is a likely estimate of the number of green seeds he collected from the F2 generation?
From the whole F2 generation (100%), 75% are yellow seeds, which means that the remaining 25% are green seeds. According to this, 75% of the seeds, equal 6022 seeds. So we need to know how many seeds equal the 25% of green seeds. This is:
If 75% of the F2 generation ------- 6022 seeds
then 25% of the F2 generation -----X = 2007.333 seeds
<em>The estimated number of green seeds in the F2 generation is 2007, approximately. </em>