Answer:
don't quote me on this but I think the answers are milankovitch cycles and then climate change
Explanation:
because Milankovitch cycles describe the collective effects of changes in the Earth's movements on its climate over thousands of years. therefore you can come to the conclusion that climate change is the other answer to the milankovitch cycles
Answer:
Question 17: B: They may provide evidence that Pennsylvania was once covered by warm ocean waters since most corals are presently found in these environments.
Question 14: I think the answer for this question might be A. But I'm not sure.
Question 10: D: Plates move toward each other and volcanic mountains form.
In the solar system there is a lot of distance between mars and Jupiter. the main asteroid belt is in this area. what is the reason a planet did not form between mars and Jupiter
a. Planets can only form close to the sun or far away from the sun. This area is a region where planets cannot form
b. This area gets a lot of stellar wind from the sun. planets cannot form in areas that get a lot of stellar wind
c. Mars has two very fast moving moons, these moons prevented a planet from forming in the area.
d. Jupiter's gravity affect this area so much that no planet could form there.
As the cells run out of oxygen they switch to anaerobic respiration, which allows the cell to make small amounts of ATP in the absence of oxygen; when the weightlifter’s muscle cells are not able to take in enough oxygen to make very much ATP, as he competes in the event.
Explanation:
Anaerobic respiration takes place when there is too low or no oxygen to perform aerobic respiration. This transfers the energy to the cells from glucose. It produces energy very quickly along with lactic acid and other waste products.
Anaerobic respiration is highly useful when short bursts of energy are required very quickly to energize the muscles to perform high intensity activities like wrestling, weightlifting, intense short workouts, etc.
Lactic acid fermentation causes the muscles to burn out when high intense short burst physical activities are performed.