D is the answer to this question
Answer:
See the answer below
Explanation:
Let the color of fire by the dragon be represented by B for the dominant allele (orange fire color) and b for the recessive allele (blue fire color).
Two dragons that are heterozygous were bred:
Bb x Bb
BB Bb Bb bb
Since orange fire color (B) is dominant over blue fire color (b):
BB and Bb = orange fire color
bb = blue fire color
<em>It means that 3/4 of the offspring from the parent will produce orange fire color while 1/4 will produce blue fire color.</em>
Answer:
These concerns range from ethical issues to lack of knowledge on the effects genetic engineering may have. One major concern is that once an altered gene is placed in an organism, the process cannot be reversed. Public reaction to the use of rDNA in genetic engineering has been mixed.
I don't know if that's right
The statement, which best explain the data is this: THE ZEBRAS HAVE A LOWER POPULATION GROWTH RATE THAN THE LIONS.
From the data given in the question, the population growth rate for lions and zebra can be calculated. The formula for calculating population growth rate is: Population growth rate = [Number of birth - Number of death] + [Number of immigration + Number of emigration]
For lions, we have: Population growth rate = [4 - 3] + [5 - 5] = 1 + 0 = + 1
For zebras, we have: Population growth = [5 - 3] + [1 - 4] = 2 + [-3] = 2 - 3 = - 1.
From the calculation above we can see that, the lions have a higher population growth rate than the zebras.
False. The statement is correct only in part
<span>The phospholipid molecule is simply bipolar, that is it has two ends that are opposed to each other in their characteristics.</span>
<span>This phospholipid molecule is said to be amphipathic which simply means it has both a hydrophilic and hydrophobic component.</span>
<span>The hydrophilic end, which is water loving, is the "head" of the molecule and is made of a phosphate group. The hydrophobic end which means water hating or fearing is the "tail" of the phospholipid and is made of two chains of fatty acids. </span>
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