Explanation:
The nervous system has two main parts:-
● The central nervous system is made up of the brain and spinal cord.
● The peripheral nervous system is made up of nerves that branch off from the spinal cord and extend to all parts of the body.
Answer:
There is likelihood of inheriting a mutation from your parents would be based on the type of cell in which the mutation was found.
Explanation:
There are two basic types of cell; the germinal cells and the somatic cells. The germinal cells give rise to gamete and these gametes are responsible for the formation of offspring which are produced by the parents. A mutation in any of the gamete that partakes in fertilization will be transferred to the offspring. Mutation that occurs in the gametic cell is called germinal mutation.
The other cell is the somatic cell. The somatic cell are cells in living organism other than the reproductive cell. The somatic cells mutation cannot be transferred to their offspring because most somatic mutations are caused by environmental factors such as radiation and chemicals
A mutant clone might arise if the mutation occurs in a tissue that still has its cell still dividing but if the mutation is in a post-mitotic cell that is, one that is no longer dividing, then the effect on phenotype is likely to be negligible. The result of somatic mutation in a parent can then be transferred to the offspring through the gametic cell
Answer:
I am going to guess that it is all the biomolecules so...
Protein: Repair the body and helps functions
Carbohydrate: Short Term energy
Lipid: Long term Energy and insulation
Nucleic Acid: Stores DNA and RNA
Explanation:
Memorize it
Answer:
B
Explanation:
They can be dominant or recessive.
Answer:
Explanation:
From the reaction ; aA + bB → cC + dD
1) Keq = equilibrium constant = [A]^a [B]^b / [C]^c [D]^d
where [A] = [B] = [C] = [D] are the concentrations of reactants A, B, C and D respectively.
2) What is the actual free energy change of the reaction above? ;
- ΔG is the differences between the sum of the free energies of the product and the reactant.
- Mathematically; ΔG = (cΔGC + dΔGD) - ( aΔGA + bΔGB)
- ΔG, in terms of reaction quotient ; ΔG = ΔG(standard) + RT lnQ
where R = gas constant and T = temperature.
3) What is the standard free energy change of the reaction above;
- ΔG(Reaction) = Summation ΔGf(products) - summation ΔGf(reactants)
- where summation ΔGf = standard free energy of formation
