Answer:
options A, B, D and E
Explanation:
leucine codons include: UUA, UUG, CUU, CUC, CUA, CUG
phenylalanine codons include: UUU, UUC.
<u>C</u>UU
replace C with U to give
UU<u>U</u> phenylalanine codon
replace underlined with A
UUA leucine codon
<u>C</u>UC
replace underlined with U
UU<u>C</u> phenylalanine codon
replace underlined with A or G
UUA, UUG leucine codons
UU<u>G</u>
replace underlined with U
<u>U</u>UU phenylalanine codons
replace underlined with C
CUU leucine codon
UU<u>A</u>
replace underlined with U or C
<u>U</u>UU or <u>U</u>UC phenylalanine codons
replace U with C
CUU or CUC leucine codons
It would be B.) ospreys; decomposers
Since ospreys eat nothing but fish, if all of the trout died from a disease, the ospreys wouldn't have anything to eat because all of the fish are dead. This results in a loss of energy for the ospreys.
However, decomposers would gain more energy because they gain their energy from dead creatures, in this case, it would be the trout.
Evolutionary biology research some living things
Answer is at the very end
Explanation:
Given parameters:
Mass of the asteroid = 10 x 10⁹kg
Distance between the asteroid = 850km
Unknown:
Force = ?
Solution:
We can predict the outcome of this reduction in distance between the two masses using the newton's law of universal gravitation.
The law states that "the gravitational force of attraction between two masses is directly proportional to the product of their masses and inversely proportional to the square of the distances between them".
Mathematically, we have;
F =
F is the gravitational force
G is the universal gravitational constant = 6.67 x 10⁻¹¹Nm²kg⁻²
m is the mass of the body
r is the distance between them.
From this, we know that as the separation increases, the force of gravitation will reduce since the mass is constant.
The distance between the two asteroids decreased from 1000km to 850km, this will increase the force of attraction between them and we expect the force to be higher than 6700N.
At 1000Km, force = 6700N,
since as the distance reduces the force increases, we expect the force to be about 9200N.
Let us verify this by plugging the values into the equation:
F =
F = 9200N
calcium transmission from one synapse to another
