Answer:
D. Controlling the production of specific proteins.
Explanation:
Genetic material is the main thing that inherited from parents to their offsprings. Gene encodes proteins that will be expressed(produced) when it needed. The protein can be used to build the cell organ, enzyme enzyme that digest food, hormones, and many other things. By inheriting the gene, the offspring will have a similar traits to the parent. The trait can differ a lot for sexual reproduction since only half of each parent gene inherited to the offspring.
Answer:
All I know is that 10 is A
Get money all day and let em know we get cheese big dog, its big 5ive over here blood
Answer:
Option D
A reversible process is one in which a large change in conditions can reverse its direction.
Explanation:
A. Temperatures of a few nanokelvins can be achieved in a Bose-Einstein condensate. TRUE
b. A perfect crystal of any substance at 0 K has minimum entropy. is TRUE
c. The standard molar entropy of a substance at temperature T is a measure of the quantity of energy that must be dispersed in that substance for it to exist at T. is TRUE
d. A reversible process is one in which a large change in conditions can reverse its direction. is FALSE
e. Entropy is a measurement of the nanoscale dispersal of energy in a sample of matter. is TRUE
A reversible reaction is one that can return to it's normal direct even if an infinitesimal change is applied to some of it's conditions.
Answer:
-375.9_KJ/(mol)
Explanation:
H(T2 ) ≈ H(T1)+CPΔT
Specific heat of Carbon is 0.71 J/g K.
At 283.15 the heat capacity is 37.12 J/(mol*K)
Kirchhoff's law
H(T2 ) ≈ H(T1)+CPΔT
Where
H(T1) and H(T2 ) are the heat of formation of CO2 at temperatures T1 and T2
CP is the heat capacity
Thus we have and ΔT is the temperature change
H(T2 ) ≈ -393.51×10^3+CP×(500-25)
= -393.51×10^3+37.12×(500-25)
= -375878 J/(mol)
= -375.9KJ/(mol)
