Arrange these energy sources from highest to lowest percentage of worldwide use. 1. Petroleum 2. Nuclear power 3. Wind power

Answers

Answer 1

Answer:

The energy sources from highest to lowest percentage of worldwide use would be :

1. Petroleum--2. Nuclear Power--3. Wind Power.

The fossil fuels produce more than 80% of energy and after the coal, petroleum is the second largest energy producing fossil fuel. Likewise more than 11% energy is produced from nuclear energy and more than 2.5% energy is produced by wind mills.

Answer 2

Answer: Petroleum, wind power, and then nuclear
This would be the correct order for the percentage of worldwide use from highest to lowest.

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Clues to what ancient climates were like come from all of the following EXCEPT a. fossil trees. b. very old weather records. c. fossil tree rings. d. ancient plant pollen. make sure you know what u talking about too

Answers

The answer is b. very old weather records.

Fossils represent remains of organism from the past. Usually, hard tissue, such as bones and teeth or exoskeleton is much more preserved than soft tissue. Fossils become fossils by a process of mineralization. Hard tissues are more mineralized during life than organs. So it is no surprise that hard tissues take part in the process of mineralization and is preserved in fossils, unlike soft tissues.
Fossil tree rings, fossil trees, and fossil plant pollen are usually well preserved and can represent ancient climates. By knowing what kind of trees had lived in some past period and how they had pollinated can explain what climate were in that period.

Clues to what ancient climates were like come from all of the following (fossil trees, fossil tree rings, and ancient plant pollen) except b) very old weather records.

What percent of the females will have red eyes

Answers

Answer:

I think the answer is less than 1% of the human population has red/violet eyes.

Explanation:

This occurs in extreme cases of albinism where melanin content is very low in a person's eyes.

Which process helps make meiotic vlcells genetically different and occurs during prophase 1 ,but not during prophase 2

Answers

So basically in Prophase 1 you will get a synapsis (pairing) between homologous chromosomes. Followed by this you have what is called the crossing over stage, this is where different sections of the chromosomes are exchanged.

When it comes to cytokinesis in meiosis II, you will have four genetically unique haploid cells, that will have a random combination/mixture of the parental and maternal genes

How many and what type of chromosomes would be expected in a karyotype of a human male? (1 point) 22 pairs of autosomal chromosomes and 2 Y chromosomes 23 pairs of autosomal chromosomes and 2 Y chromosomes 22 pairs of autosomal chromosomes, 1 X chromosome, and 1 Y chromosome 23 pairs of autosomal chromosomes, 1 X chromosome, and 1 Y chromosome

Answers

Remember there are 46 chromosomes in a (normal) human nucleus, which consists of 23 pairs of chromosomes.

Of these, one pair are the sex chromosomes.

In females, the sex chromosomes are XX

In males, the sex chromosomes are XY

So the karyotype of a human male would consist of 22 pairs of autosomal chromosomes, an X chromosome, and a Y chromosome.

The correct answer is

C. 22 pairs of autosomal chromosomes, 1 X chromosomes, and 1 Y chromosomes

I hope this helps.

Which of the following is most likely to result in an action potential at a postsynaptic neuron? Which of the following is most likely to result in an action potential at a postsynaptic neuron? A) few EPSPs and few IPSPs B)many EPSPs and many IPSPs C) few EPSPs and many IPSPs D) many EPSPs and few IPSPs

Answers

The option that is most likely to result in an action potential at a postsynaptic neuron is D) many EPSPs and few IPSPs.

Blood Type identifies the presence or absence of particular proteins embedded in the cell It is quicker and less expensive than DNA profiling Produces blood evidence but can still link a suspect to a crime scene or exclude a suspect The presence or absence of cell-surface proteins determines a person’s blood type. True or false?

Answers

True

Explanation:

Blood types are determined by the presence or absence of certain antigens – substances that can trigger an immune response if they are foreign to the body

Some antigens can trigger a patient's immune system to attack the transfused blood, safe blood transfusions depend on careful blood typing and cross-matching

There are four major blood groups determined by the presence or absence of two antigens: A and B on the surface of red blood cells

In addition to the A and B antigens, there is a protein called the Rh factor, which can be either present or absent creating the 8 most common blood types which are A+,A-.B+,B-O+,O-,AB+,AB-

Blood type is inherited and it is determined by the blood type of both father and mother

Blood type helps in DNA fingerprinting and forensic science and plays an important role in determining blood relations or to identify the suspect

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