Energy would be passed from the deer to the wolf if the grasses had 5000 kcal is 50kcal.
50kcal Energy would be passed from the deer to the wolf if the grasses had 5000 kcal.
According to 10% Energy law given by Lindmann, only 10% of energy is transferred to the lower level to the higher level.
According to the given question,
Grass = 5000kcal
This indicates only 10% energy will be transferred from Grass to Deer according to the law.
Deer = 10% of 5000kcal = 500kcal
This indicates only 10% energy will be transferred from Deer to Wolf according to the law.
Wolf = 10% of 500kcal = 50kcal
The rest energy is lost in the Respiration and only 10% gets transferred.
So, Energy would be passed from the deer to the wolf if the grasses had 5000 kcal is 50kcal.
Learn more about Deer here, brainly.com/question/10758318
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Answer: Erythrocytes also known as Red blood cell compose about 40-45% of blood
Explanation: 40-45% of the blood volume is erythrocytes i.e the red blood cell. It contains heamoglobin a special protein that carries oxygen to the lungs.
Answer:
yes yes i have seen this before,let me guess its from go.ogle
from calculating how thick and strong the shell is i prefer using a egg with a born baby inside becasue it takes energy from divideing cells thus making it lighter and less likly to break and they can stand a weight of 130 pound weight without breaking thus 6 inches to 8 inches will be the answer
i prefer ostrich eggs and make sure to get younger birds they have harder eggs
thus you can keep doing it and 3 out of 10 egg shall break this is real math so ya
Explanation:
The correct answers are:
- plates moving;
- breaking rocks;
- movement bellow the surface;
The earthquakes are a direct result of the plate tectonics. In order for an earthquake to appear, there should be a geologic activity caused by the movement of the tectonic plates. The movement of the tectonic plates causes a lot of pressure on the rocks. The rocks eventually break at certain places under the pressure. A they break, there's movement bellow the surface, or rather inside the crust, also referred to as adjustment. That movement and the release of power from it, causes lot of strong vibrations. The vibrations spread out and start shaking the ground in the surrounding area, which is actually the earthquake itself.
