Nonrenewable resources like oil, natural gas, and coal are efficient and economically viable due to established infrastructure. However, they have environmental impacts and are finite.
The question asks about the advantages of using nonrenewable resources. Nonrenewable resources such as oil, natural gas, and coal, have several advantages. One significant advantage of nonrenewable resources is their efficiency. These types of resources are often much more efficient in generating energy than renewable alternatives. For example, a small amount of coal or nuclear energy can produce substantially more energy than solar or wind power. Furthermore, nonrenewable resources are currently more economically viable. The infrastructure for extracting and using these resources is well established, making them cheaper to use in the short term as compared to renewable sources. However, we need to be aware of the environmental impact and the fact that these resources are finite and will eventually run out.
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As mention in the question, the car was moving then every object inside the car was also in the motion state with the same velocity as the car had. when the brake applied on the car, the brake only stopped the motion of the car than the objects inside it. According to the first law of motion, due to inertia, the body keeps its state intact until an external force applies to change its state. Because of inertia, the coffee inside the cup was in moving state with the car. When brake applied the coffee spilled out of the car to maintain its state and spread all around. If the cup would keep out of the cup holder, It will move also forward on the applied brake.
Meiosis and meiosis both starts with one cell, meiosis ends with four and mitosis with two.
Mitosis produces new cells for growth and repair, meiosis produces gametes.
Mitosis goes through cytokinesis once, meiosis goes through cytokinesis twice.
Cross over happens in meiosis, but not in mitosis.
Cross over happens in meiosis, but not in mitosis Mitosis makes genetically identical copies; meiosis does not
The chances are 50% of having offspring with short tails since one parent is heterozygous dominant an other is homozygous recessive.
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The alternative forms or variants of a gene are referred to by the word "allele". People have a tendency to group alleles into categories, and this is because they inherit one allele for each autosomal gene from each parent. In common parlance, we refer to them as either normal or wild-type alleles, or aberrant or mutant alleles.
The collection of all of an organism's alleles, also known as variants of a gene, is referred to as the organism's genotype, and it is used to refer to the organism's genetic makeup. As a consequence of this, a test cross can be utilized to assist in establishing whether or not a dominant phenotype is homozygous or heterozygous for a particular allele.
Therefore , after performing a test cross it was found that chances are 50% of having offspring with short tails.
Learn more about alleles, here:
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Answer: 50%
Explanation:
Because I Just completed The quick Check