The organisms of which domain are organized according to their shape? A. Bacteria B. Archaea C. Eukaryota

Answers

Answer 1
Answer: The three domain system is develop by Carl Woese and is used to classify biological organisms. Under these would be bacteria,archaea and eukaryota. There are also kingdoms namely archaebacteria,fungi, plantae, etc.The answer on this question would be letter b. archaea

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Where is water most likely to be found in the presence of the phospholipid bilayer shown below?A. in between the layers because the tails attract waterB. above and below the structure because the heads attract waterC. nowhere because the entire structure repels water

In Type I diabetes the body cannot make ______ and in Type 2 diabetes the hormone ________ doesn't work properly. (Choose the best option.)
1. Estrogen and insulin
2. Epinephrine and insulin
3. Insulin and glucagon
4. Insulin and insulin

Answers

Answer: 4. Insulin and insulin

Explanation:

Diabetes indicates that the level of glucose, or sugar, is very high in the blood.It occurs when the pancreas doesn't produce enough insulin or when the body doesn't use insulin properly (called insulin resistance). Insuline is a hormone that helps glucose get into the cells to give them energy, and glucose comes from the food and drinks being the main source of energy.Sometimes a person has both problems. In both cases, the result is that glucose does not enter the cells and builds up in the blood.

In type 1 diabetes, the pancreas does not produce insulin, Without insulin, too much glucose stays in the blood and over time, high blood glucose levels can cause serious problems in the heart, eyes, kidneys, nerves, gums, and teeth.

With type 2 diabetes, the most common type, the body does not make or use insulin well. There is a higher risk of type 2 diabetes if the person is older, obese, have a family history of diabetes, or don't exercise. Also, having pre-diabetes also increases that risk because people who have pre-diabetes have higher than normal blood sugar but not enough to be considered diabetic.

So, in type 1 diabetes there is an absolute lack of insulin due to the destruction of the pancreatic islets. While type 2 diabetes is a metabolic disorder characterized by hyperglycemia (high blood sugar) in the context of insulin resistance.

12. What term describes the average weather conditions in a geographic area?O A. Weather
O B. Climate
O C. Precipitation
O D. Temperature

Answers

Answer:

The answer is B

Explanation:

Climate is the average weather conditions in a geographic area.

You going on a trip to Europe you need to figure out how much money you should save for gasoline you have determined that while you are traveling in Europe you will cover about 325 miles how many kilometers will you be traveling?

Answers

Answer:

523.035 km

Explanation:

It is given that, a distance of 325 miles is covered on a trip to Europe. In this problem, we need to find how many kilometers will you be traveling.

To convert 325 miles to km, we must know the conversion from miles to kilometers.

1 mile = 1.60934 km

For 325 miles, multiply it by 1.60934 i.e.

325 miles = (325 × 1.60934) km

= 523.035 km

Hence, you will be travelling 523.035 km on a trip to Europe.

Final answer:

To convert from miles to kilometers, you multiply the miles by 1.60934. Therefore, if you're planning to travel 325 miles in Europe, this is approximately equivalent to 523.0 kilometers.

Explanation:

When converting miles to kilometers, you should know that 1 mile is approximately equivalent to 1.60934 kilometers. To find out how many kilometers you will be traveling, you would multiply the total miles you are planning to travel by the conversion factor.

Therefore, if you plan to travel 325 miles:
325 miles * 1.60934 (kilometers/mile)= 523.0285 kilometers.

The answer can be rounded to the nearest tenth, therefore you will be traveling approximately 523.0 kilometers.

Learn more about Conversion here:

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One difference between plants and animals is that plants area. prokaryotic and animals are eukaryotic.
b. eukaryotic and animals are prokaryotic.
c. autotrophs and animals are heterotrophs.
d. heterotrophs and animals are autotrophs.

Answers

Answer:

c. autotrophs and animals are heterotrophs

Explanation:

There's many differences between the plants and the animals, be it their physical appearance, way of live, how do they function, their requirements for survival. One of the major differences between the plants and the animals is that the plants are autrotrophs, while the animals are heterotrophs. The autrophs are the organisms that are able to produce their own food, thus they are producers, meaning that they do not need nutrition from other organic sources. The heterotrophs on the other side are the organisms that are not able to produce food for themselves, but instead they get their food through consuming of other living organisms, making them primary, secondary, and tertiary consumers.

How do organisms get energy in an ecosystem? Be sure to address both producers and consumers. *​

Answers

Answer:

Producers like plants get their energy from the sun. Consumers get energy from eating producers or other consumers.

Explanation:

Answer:

producers, primary consumers, secondary consumers and tertiary consumers

Explanation:

Producers get their nutrients by the sun, these are normally plants. Then primary consumers eat these producers, these are herbivores. The secondary consumers eat the primary consumers, these are carnivores and can be herbivores. Lastly, tertiary consumer eat the secondary consumers and are carnivores

Which is true - biology question

Answers

Answer:

The last one

Explanation: