Answer: 50% ErWw (wild-type traits) and 50% rrww (red eyes, white-banded wings)
To solve this, we need to analyze step by step all the data they give us.
First, they told you about two homozygous traits that are recessive in this kind of animal, Red eyes and withe-banded wings.
We'll assign the names rr and ww (lower because they are recessive)
You know the dominant traits are wild type and all are in the same chromosome.
EE will be normal eyes, and WW will be normal wings.
If you cross this F0, rrww x EERR all the offspring are ErWw.
Crossing F1 with red eyes, with-banded wing you have to draw a Punnte square with ErWw x rrww and the ofsspring posibilities you'll find are 50% ErWw (wild-type traits) and 50% rrww (red eyes, white-banded wings)
Amino acids make up proteins. ansd DNA is transcripted to make RNA which is transported to ribosomes out of the nucleus which then reads the codons to choose amino acids that combine to form a polypeptide chain. the polypeptide chain that's long enough will make a protein which gives you your traits
I guess because covalent bonds are weak bonds and can be easily broken
Answer:
Steady state
Explanation:
Steady-state refers to the nonequilibrium state of any system. The system in the steady-state exhibits flow of matter and maintains a constant concentration of all the components.
Given that the system under study maintains the variable constant, the system is in steady-state. To maintain the variable constant, the system in the steady-state spends energy.
For example, the blood glucose level remains nearly constant since the rate of its synthesis and consumption balances each other. These metabolic processes require input of energy.
