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sveta [45]
2 years ago
3

6. A dogfish shark contains 24 chromosomes in each of its muscle cells. How many chromosomes are normally found in each of its g

ametes?
(1) 6 (2) 12 (3) 24 (4)48
Biology
2 answers:
alisha [4.7K]2 years ago
8 0

Answer:

2)

Explanation:

Gametes contain half of the total no. Of chromosomes but when the male and female gametes fuse, the zygote contains full no. Of chromosomes

pav-90 [236]2 years ago
8 0
The answer would me 12, because the game red (sex cells) carry half the amount the chromosomes that a normal cell would have, so offsprings won’t have chromosome abnormality (since it receives chromosomes from two parents they can only receive half the normal amount from each parent so the number of chromosomes don’t double).
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n some organisms, the primary function of a gene in a cell is to participate in regulating the body as a whole rather than respo
STALIN [3.7K]

Answer:

multicellular.

Explanation:

Organisms exhibit various levels of organization of the body. It includes cellular level, tissue level, organ level, organ system level of organization. The unicellular organisms have single cells as their bodies and therefore do not have the genes that regulate the various parts of the body rather than the individual cells. Prokaryotic are unicellular organisms only and do not have multiple cells in their bodies. Therefore, the mentioned genes are the regulatory genes that coordinate the functioning of various parts of the body of a multicellular organism. For instance, the genes involved in regulation of blood glucose levels.

7 0
2 years ago
Read 2 more answers
A student draws a fence with several gate as part of a model of cellular transport explain what defence indicates represent blam
Oksi-84 [34.3K]

The given question says that a student has constructed a model of cellular transport using fences and several gates.  

This model can be used to demonstrate the cellular transport.

The gates of the fences can be supposed as the protein pumps and the other fence demonstrates the lipid bilayer.  

Let’s suppose in the fence, there are many cattles, and outside, there are less cattles, but the student open the gate and bring more cattles inside the fence. In this case, the transport of the cattles is similar to the active transport of the molecules using protein pumps. At cellular level, the energy for the active transport is provided by ATP molecules.

Now, let’s say, the student wants to feed the cattles with some nutrition rich food, which can help in maintaining the health of the cattles. The student fills his car with the cattle food and he enters inside the fence through gates. In this case, the food was not present in the fence, but was abundant in the outside environment, so, the diffusion would occur. But food cannot come self, without help of others, so, the movement is facilitated by the car, as it is done by the carrier proteins. Hence, it is an example of facilitated diffusion.  


4 0
2 years ago
The plasma membrane forms a barrier which is ___________ on the outer and inner surface and _____________ on the interior
Elodia [21]

Answer:

The plasma membrane forms a barrier which is phospholipid bilayer on the outer and inner surface and compartments on the inferior  

5 0
2 years ago
An individual with the genotype ddeeffgg under goes self fertilization. how many different genotypes will there be in the offspr
mylen [45]
<span>An individual with the genotype ddeeffgg under goes self fertilization. Therewill be 81 different genotypes in the offspring of this cross</span>
8 0
2 years ago
You are a farmer whose farmland is cool, moist, and shady. (Assume that these growing conditions are equivalent to 80 drops/hr o
laiz [17]
Define
n = number of seeds planted.
k = number of seeds that successfully become plants.

The probability of making a profit is
p =50% = 0.5
Therefore the probability of not makng a profit is
q = 1 - p = 0.5

According to the binomial distribution, the probability of k successes out of n trials is
P(k \, of \, n) = _{n}C_{k}\,p^{k} q^{n-k} \\ where \\ _{n}C_{k} = \frac{n!}{k! (n-k)!}

Create a table as shown below by using the graphing calculator.

  n      k   P(k of n)
----  -----  ------------
  4      2    0.375
  8      4    0.273
 10     5    0.246
  12    6    0.226
  16    8    0.196
  20  10    0.176
  50  25   0.0.112
 100  50   0.08

A graph of this table shows that the probability of success i below 0.5 (50%) for all practical values of n (the number of seeds planted).

Answer: The farmer will lose money.

8 0
2 years ago
Read 2 more answers
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