Parents can influence adaptations to their offspring(s) by inherited traits. Inherited traits may include traits like running fast and/or hopping higher just because of their parents traits some offspring may end up having the same traits which can help them survive in their habitat environment.
Parents can also influence adaptations in their offspring(s) by learned activity from their parents. Learned traits from the parent(s) is an activity a parent teaches their offspring. For example, if their parent teaches their offspring how to hunt, it makes the offspring survive in their habitat environment.
Parents also can influence adaptations in their offspring(s) by instinctive traits. Instinctive traits are traits that are unlearned from the parent, the offspring learns from instinct. For instance, an instinctive trait can be social behaviors in pack animals. They don't need to learn they already have it in them genetically. And with instinctive traits they can adapt and survive.
:) !!!HOPED THAT HELPED!!! :)
True
Carbon monoxide is a primary pollutant which no odor results from incomplete combustion of fuel. The man sources are gasoline and burning of biomass.
Depending on the source of emission, pollutants can be classified into two groups that is primary and secondary pollutants.
A primary pollutant is emitted in the atmosphere directly from a source. It can be either natural sch as volcanic eruptions, sandstorms or man-made that is due to industrial and vehicle emissions. Examples of primary pollutants are nitrogen oxides, carbon monoxide and particulate matter.
Secondary pollutant is due to interactions between primary and secondary pollutants. These can be chemical or physical interactions. Examples are photo-chemical oxidants and secondary particulate matter.
Therefore, carbon monoxide CO is a primary pollutant.
Answer: -1835 kJ
Explanation:
According to Hess’s law of constant heat summation, the heat absorbed or evolved in a given chemical equation is the same whether the process occurs in one step or several steps.
According to Hess’s law, the chemical equation can be treated as algebraic expressions and can be added or subtracted to yield the required equation. That means the enthalpy change of the overall reaction is the sum of the enthalpy changes of the intermediate reactions.
(1)
(2)
Net chemical equation:
(3)
Multiplying equation (1) by 4, and reversing we get
(4)
Adding (2) and (4)
Thus enthaply change for the reaction is -1835 kJ.
According to the equation of molarity:
Molarity= no.of moles / volume per liter of Solution
when we have the molarity=0.58 M and the beaker at 150mL so V (per liter) = 150mL/1000 = 0.150 L
by substitution:
∴ No.of moles = Molarity * Volume of solution (per liter)
= 0.58 * 0.150 = 0.087 Moles
