I believe the first answer is 140 w. The second is elastic potential energy.
The mushroom will get 0.05 kcals of energy units in the end. This is because at each level, you only pass on 10% of the energy, which then results in the mushroom getting only 0.05 kcals by the end.
Answer:
<em>The correct option is B) The genes that a person has</em>
Explanation:
Genotype can be described as the genes which are present in a person. The alleles which make up the genes of a person are referred to as the genotype of a person. Hence, option B best describes a person's genotype. The genotype of a person encodes for the different genes which make the mRNA in an organism. These mRNA then make particular proteins in that organism.
In contrast, phenotype depicts the traits which are attributed to a person.
1) Variability: This is the biggest and most vexing.
Power plants that run on fuel (along with some hydro and geothermal plants) can be ramped up and down on command. They are, in the jargon, "dispatchable." But VRE plants produce power only when the wind is blowing or the sun is shining. Grid operators don't control VRE, they accommodate it, which requires some agility.
2) Uncertainty: The output of VRE plants cannot be predicted with perfect accuracy in day-ahead and day-of forecasts, so grid operators have to keep excess reserve running just in case.
3) Location-specificity: Sun and wind are stronger (and thus more economical) in some places than in others — and not always in places that have the necessary transmission infrastructure to get the power to where it's needed.
4) Nonsynchronous generation: Conventional generators provide voltage support and frequency control to the grid. VRE generators can too, potentially, but it's an additional capital investment.
5) Low capacity factor: VRE plants only run when sun or wind cooperates.
