The correct order of arrangement of energy resources from highest to lowest usage world wide is fossil fuels, nuclear energy and geothermal energy.
A fossil fuel is a energy source formed by the dead remains of living organims over millions of years through the natural process. It includes the coal, petroleum and the natural gas which are the highly used energy resources all over the world. Nuclear energy is the energy generated during the fission or fusion of nuclear reactions which is used to generate electricity. It is one of the low carbon power methods to generate electricity. Geothermal energy is the thermal energy or the heat energy stored in the earth which is used to produce electricity.
Thus, fossil fuels forms the first energy resource to be highly used worldwide.
A. arrangement and motion of its atoms or molecules.
Explanation:
A state of matter is the physical form a matter takes on as determined by the arrangement and motion of its atoms or molecules.
There are different states of matter which all depends on how the atoms and molecules in a substance are arranged and moves.
- In solids, the atoms are ordered and well arranged with molecules whose movement are very restricted because they are fixed about a point.
- Liquids have an arrangement in which their atoms are free to move but are limited. Their molecules slide against one another.
- Gases are random states of matter. Their atoms are free to move about and fill up any space.
We can see from the properties of the states of matter that they are function of the arrangement and motion of their atoms or molecules.
learn more:
State of matter brainly.com/question/10972073
#learnwithBrainly
A mineral deposit that is large and pure enough to be mined is ore.
Answer: Expected heterozygous genotype = 2×46 = 92
Explanation:
According to the hypothesis of segregation of paired genes in heterozygous F1 generation crosses produces 1:2:1 genotype ratio. This means that all these three possible genotypes should be produced in the F2 generation meaning that we have 1(Dominant homozygous) :2 (Dominant heterozygous): 1 (Recessive Homozygous).
Phenotypic ratio shared (dominant: recessive) = 154 and 46
If recessive homozygous phenotype = recessive homozygous genotype = 46
The expected dominant heterozygous genotype= 2 × (recessive homozygous genotype)
= 2 × 46 = 92
