BIOLOGY COLLEGE

The type of precipitation that falls to the ground depends on the

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Answer 1
Answer: The type of precipitation that falls depends upon the the temperature during condensation and the ambient temperature of the area into which it falls.

Related Questions

Based on your knowledge of ocean chemistry, predict the feeding mode and size of organisms found in the deep layers of the ocean, and select the best explanation.
What are the threadlike proteins that attach to platelets in blood clotting?
Which characteristic do euglenoids and algae share
Which counterexample shows that the conjecture "All mammals live on land"is false? OA. A whale is a mammal that does not live on land. B. A fish is not a mammal and does not live on land. OC. A horse is a mammal that lives on land. D. A snake is not a mammal but lives on land.
Which is the answer for it? I will appreciate the help

Where do most organisms that live in water get oxygen from? Give a word, not a formula.

Answers

The organism that live in water get oxygen from the oxygen that is dissolved in water.

What is oxygen?

Oxygen is a gas, that is present 18% in the environment. The oxygen is an important for living beings because all are activities of our body is run by oxygen.

The water also contain oxygen in the dissolved form, which is used by the water organism.

Thus, the oxygen that is dissolved in water.

Learn more about oxygen

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Answer:

Most organisms that live in water get oxygen from the dissolved water in the oxygen.

Can someone please help me:)

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Answer:

l think it is b

Explanation:

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Fossils give evidence of continental drift False
True

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False it has nothing to do with continental drift

You are studying primates in West Africa and discover a small population of monkeys in an isolated forest. They resemble a species that lives about 50 kilometers away, across a river. The main difference appears to be white tufts of fur underneath the ears in the new population you've found. What evolutionary mechanism probably explains this difference?

Answers

Answer:

Geographical isolation

Explanation:

The evolutionary mechanism that can probably explain the difference, in this case, is geographical isolation.

Geographical isolation represents one of the reproductive isolation mechanisms - an array of physiological and behavioural processes that leads to speciation in living organisms.

Geographical isolation refers to the separation of organisms of the same species in terms of physical geographical features such as distance, mountains, water bodies, etc. The separation causes each group to take different adaptive paths, eventually leading to speciation, that is, they become separate species.

In this case, the small population of monkeys in the isolated forest must have been geographically isolated from their counterparts in some ways back. They took a different adaptive path from the larger group as a result of geographical difference and eventually became a new species.

What makes carbon so versatile

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Answer:

Carbon is versatile because it can form single, double, and triple bonds. It can also form chains, branched chains, and rings when connected to other carbon atoms.

Explanation:

Answer:

it can form single, double, and triple bonds. It can also form chains, branched chains, and rings when connected to other carbon atoms.

Explanation:

If the metabolic rate of cockroaches at 15°C is 0.01 ml O2/hr and their metabolic rate at 25°C is 0.015 ml O2/hr. What is its metabolic rate at 20°C?

Answers

Answer:

0.0035 mL of oxygen per hour is metabolic rate at 20°C at cockroach.

Explanation:

  • Metabolic rate of cockroaches at 15°C is 0.01 ml O2/h
  • Metabolic rate of cockroaches at 25°C is 0.015 ml O2/hr

From the data we can see that metabolic rate of cockroach is in direct relation with temperature.

Rate \propto Time

On graph, with metabolic rate on y-axis and temperature on x axis straight line will obtained , and the equation of the line can be determined by the help of point slope:

(y-y_1)=m(x-x_1)

m = Slope of the line = (y_2-y_1)/(x_2-x_1)

As per information given , :

(x_1,y_1) , (x_2,y_2) = (15,0.01) (25,0.015)

m=(0.015-0.01)/(25-15)=(0.005)/(10)=0.0005

(y-0.01)=0.0005(x-15)

y-0.001=0.0005x-0.0075

y=0.0005x-0.0065

x = temperature

y = metabolic rate

Now , put x = 20

y=0.0005* 20-0.0065

y = 0.0035

0.0035 mL of oxygen per hour is metabolic rate at 20°C at cockroach.
Other Questions
(c) Based on the data in Table 1, describe why the dominant alleles for body color and wing shape are the alleles that produce a gray body and long wings, respectively. Based on the data, describe why the two genes are most likely on different chromosomes or why they are most likely on the same chromosome. Calculate the probability of producing flies that have gray bodies and vestigial wings if a cross is performed between one of the F1 flies from the first analysis and a fly that is homozygous for a gray body and vestigial wings.
After a workout, the muscles in a basketball player's legs are very sore. Which of the following statements best explains why the basketball player experiences this muscle soreness after a workout? A.There is an increase in the amount of water being delivered to the muscle cells during the process of anaerobic respiration. B.There is an increase in the amount of oxygen being delivered to the muscle cells during the process of aerobic respiration. C.There is an increase in the amount of glucose being produced in the muscle cells during the process of aerobic respiration. D.There is an increase in the amount of lactic acid being produced in the muscle cells during the process of anaerobic respiration.
An experiment is designed to study the mechanism of sucrose uptake by plant cells. Cells are immersed in a sucrose solution, and the pH of the solution is monitored. Samples of the cells are taken at intervals and their sucrose concentration measured. The pH is observed to decrease until it reaches a steady, slightly acidic level, and then sucrose uptake begins. (a) Evaluate these results and propose a hypothesis to explain them. (b) Predict what would happen if an inhibitor of ATP regeneration by the cell were added to the beaker once the pH was at a steady level? Explain your thinking.
What is the term that refers to the range of animal and plant species and the genetic variability among those species?