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Veronika [31]
2 years ago
9

A person driving a car applies the brakes.This produces friction, which stops the car.Into which type of energy is the mechanica

l energy of the car converted
Biology
2 answers:
dalvyx [7]2 years ago
5 0

When a car stops it converts its kinetic energy into heat energy as the breaks are applied the engine gets heated along with breaks and tiers .

Olenka [21]2 years ago
3 0

Answer:

Heat energy

Explanation:

Energy is the ability to do work or perform a task. Energy exists in different forms depending on the source. As mentioned in the question, the moving car uses kinetic energy, which is a type of mechanical energy an object possesses in motion.

However, when the driver of the car applies the brakes, friction is produced between the tyres of the car and the ground in order to stop the car. Friction is a force that opposes two objects in motion. When friction is applied, heat is produced. Hence, when the moving car stops due to the friction produces, heat is released in the process.

Therefore, it can be said that the mechanical energy (kinetic energy) of that car was converted to heat energy when it stopped as a result of friction.

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the need for growth

Explanation:

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The single largest portion of the human genome consists of noncoding _______, some of which include ______. These are DNA segmen
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Repetitive DNA segments: transposable elements.

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Describe a body position that can exist when all major body parts are flexed
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The positioning of the body where are major body parts are flexed is called the fetal position. In this position the back is arched forward and arms and legs are drawn closer to the torso and the head bowed. It is called this because this is the position the fetus is in as it develops in the womb.  
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Imagine you are a red blood cell sitting in the right atria of the heart. Write a paragraph that describes what happens to this
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A red blood cell, sitting in the right atria of the heart is chocolate-brown in color since its a deoxygenated red blood cell with carbon dioxide rather than oxygen in its hemoglobin.

 

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3 0
2 years ago
In mammoths, assume that spotted skin (S) is dominant over non-spotted skin (s) and that wooly hair (W) is dominant over non-woo
lisabon 2012 [21]

Answer:

Genotypic and Phenotypic ratios → 1:1:1:1

  • 25% of the progeny is expected to be SsWw, exhibiting spotted skin and wooly hair, SsWw
  • 25% of the progeny is expected to be Ssww, exhibiting spotted skin and non-wooly hair, Ssww
  • 25% of the progeny is expected to be ssWw, exhibiting non- spotted skin and wooly hair, ssWw
  • 25% of the progeny is expected to be ssww, exhibiting non-spotted skin and non-wooly hair, ssww

Explanation:

<u>Available data</u>:

  • spotted skin (S) is dominant over non-spotted skin (s)
  • wooly hair (W) is dominant over non-wooly hair (w)
  • Cross: heterozygous spotted, non-wooly mammoth with a heterozygous wooly-haired, non-spotted mammoth.

Parentals) Ssww   x   ssWw

Gametes) Sw, Sw, sw, sw

                 sW, sW, sw, sw

Punnett square)     Sw            Sw           sw           sw

                  sW      SsWw      SsWw      ssWw     ssWw

                  sW      SsWw      SsWw      ssWw     ssWw

                  sw      Ssww       Ssww       ssww      ssww

                  sw      Ssww       Ssww       ssww      ssww

F1) 4/16 = 1/4 = 25% of the progeny is expected to be SsWw, exhibiting spotted skin and wooly hair

    4/16 = 1/4 = 25% of the progeny is expected to be Ssww, exhibiting spotted skin and non-wooly hair

    4/16 = 1/4 = 25% of the progeny is expected to be ssWw, exhibiting non- spotted skin and wooly hair

    4/16 = 1/4 = 25% of the progeny is expected to be ssww, exhibiting non-spotted skin and non-wooly hair.

Genotypic and Phenotypic ratios → 1:1:1:1

7 0
2 years ago
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