Please help!!! Will give brainlest or whatever

Answer:

no , an organism cannot carry out cellular respiration without photosynthesis because there would be no sugar ie. ATP

Answer:

No

Explanation:

Without photosynthesis, cellular respiration cannot occur, and without cellular respiration, photosynthesis cannot occur. The plant needs both photosynthesis and respiration to survive. Photosynthesis makes a storable energy source, while respiration converts for individual cells.

Answer:

maybe d

Explanation:

D is maybe the answer according to me.

Answer:

answe B. both contain cell wall and chlorophyll

Answer: connects muscles to bones.

The circulatory system is composed of the blood, blood vessels and the heart. Urea is transported in the blood plasma. The substances that transported in the blood plasma is water, salts, enzymes, hormones, and proteins.

The main function of the circulatory system is to transport oxygen and nutrients to provide the cells fuel for their cellar functions by performing cellular respiration. Blood carries oxygen and nutrients and transports it to the cells located in different parts of the body.

Veins are the blood vessels that carry blood towards the heart from the various part of the body it carries deoxygenated blood.After transporting the oxygen and nutrients to the cell blood picks the carbon dioxide gas from the cell that is produced by the cellular respiration and transports it to the lungs to breathe out from the body.

Arteries are the blood vessels that carry oxygenated or oxygen-rich blood away from the heart to the different parts of the body. Capillaries are the smallest blood vessels that get blood from the arterioles and are can be seen only under the microscope.

Therefore, The circulatory system is composed of the blood, blood vessels and the heart. Urea is transported in the blood plasma. The substances that transported in the blood plasma is water, salts, enzymes, hormones, and proteins.

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Answer:

A huge body of air that has similar temperature, humidiry and air pres- A sure throughout it is called an air mass. Scientists classify air masses according to temperature and humidity.

Explanation:

A huge body of air that has similar temperature, humidiry and air pres- A sure throughout it is called an air mass. Scientists classify air masses according to temperature and humidity.

A huge body of air that has similar temperature, humidiry and air pres- A sure throughout it is called an air mass. Scientists classify air masses according to temperature and humidity.

A huge body of air that has similar temperature, humidiry and air pres- A sure throughout it is called an air mass. Scientists classify air masses according to temperature and humidity.

Thus, option "B" is correct.

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Answer:

A. Similar fossils were found on different continents

Explanation:

After the supercontinent on Earth broke up, organisms that lived in one area may have been "moved" to other parts of the planet, splitting up the population.

Answer:

1. Humans have 23 pairs of chromosomes--22 pairs of numbered chromosomes, called autosomes, and one pair of sex chromosomes, X and Y. Each cell in the human body contains 23 pairs of such chromosomes; hence our diploid number is 46, the number 'singularity' is 23.

2. This is because our chromosomes exist in matching pairs - with one chromosome of each being inherited from the biological parent.

Answer:

The Indus is the most important supplier of water resources to the Punjab and Sindh plains – it forms the backbone of agriculture and food production in Pakistan. The river is especially critical since rainfall is meagre in the lower Indus valley.

Explanation:

hope this is helpful!

Answer:

c

Explanation:

Answer:

Fossil #4 is younger than fossil #3.

Explanation:

The deeper you go into the Earth the older the fossils will be. So, in the diagram you have provided we see that fossil #5 is the oldest and fossil #2 is the youngest.

The order of age goes like this (from youngest to oldest):

1. Fossil #2

2. Fossil #1

3. Fossil #4

4. Fossil #3

5. Fossil #5

Therefore, the only correct answer would be that fossil #4 is younger than fossil #3.

Hope this helps!

- Kay

Answer:

i think 4 th one

Explanation:

Answer:

2. Both parents

Explanation:

there are three copies of one particular chromosome instead of the normal two (one from each parent)

Answer:

it is the third one

Explanation:

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Answer:

Reduces, Homeostasis

Explanation:

Hello there! The Insulin hormone is produced within our bodies pancreas and works to actively reduce the concentration of sugar within our bodies. In people with diabetes their pancreas either does not produce enough insulin or produces none at all. When this happens the body will continuously struggle to maintain a safe level of glucose in our bodies, homeostasis, without an outside form of help such as insulin shots or medication. Hope this helps!

Answer:

I think compression and heat

Answer:

Explanation:

A

Answer:

3. it must be a Phylum

Hope this helps

Answer:

Chloroplast

Explanation:

Chloroplasts are plant cell organelles that carry out photosynthesis. Photosynthesis is the series of reactions that use carbon dioxide, water, and light energy to make glucose and oxygen.

Answer:

Explanation:

the all work together

Answer:

Earth does have an elliptical orbit, but the path is nearly circular based on the distances given. The model shows that Earth’s axis is tilted. During summer in the Northern Hemisphere, the hemisphere tilts toward the Sun. The Southern Hemisphere experiences winter at that time, because it points away from the Sun.

Explanation:

just tell me if i am wrong ✨

Answer:

Let's say that a child has a mom with brown eyes and dad with blue eyes. Since brown eyes are dominant, the mom can have either one brown (B) and one blue (b) version of an eye color gene or she can have two browns. As geneticists like to say, she can be either Bb or BB.

To make things easier, we will say that she is BB (both genes are the brown version). Since the dad has blue eyes, he has two copies of the recessive blue version. He is bb.

Each parent will pass one copy of their eye color gene to their child. In this case, the mom will always pass B and the dad will always pass b. This means all of their kids will be Bb and have brown eyes. Each child will show the mom's dominant trait.

Now if we flip things around where the father has two brown versions (BB) and the mom has two blue ones (bb), the child will still end up Bb and having brown eyes. It doesn't matter if B came from mom or dad. It only mattered that the child got a B.

I don't want you to think that if one parent shows the dominant trait, all their children will too. They may not. Let me give another eye color example to show you what I mean.

Imagine a mom with one version of the brown and one version of the blue eye color gene. She is Bb and has brown eyes. Dad is bb and has blue eyes.

These are the same eye colors that the parents had in the first example. But the result could turn out very differently.

The kids each have a 50% chance of having mom's brown eyes and a 50% chance of having dad's blue eyes. (This is because mom has a 50% chance of passing her B and a 50% chance of passing her b.) So in this case, the kids can end up with mom's dominant trait or dad's recessive one. Which one is a simple matter of chance.*

And if we take a Bb dad (brown eyes) and a bb mother (blue eyes), there is still a 50% chance for the child to have blue eyes. Again it didn't matter which parent gave which gene version. What was important is that these two gene versions were involved.

This is true for many, many traits besides eye color. But not all of them. Sometimes it matters whether your mom or dad has a dominant trait.

Blame (or Thank) Mom Through our discussion so far, you may have picked up on the fact that we have two copies of our genes - one from mom and one from dad. But this isn't true for every gene.

Explanation:

Except for a few special cases (see below), it doesn't really matter which parent gave you which gene. If a gene version is dominant, it will dominate whether it came from mom or dad.

So your chances of getting a dominant trait don't depend on which parent it came from. If mom gives you the dominant brown eye version of an eye color gene, odds are you'll end up with brown eyes. Same thing if dad passes the same gene. In neither case would you have higher odds for getting brown eyes.

Now that isn't to say that if mom has brown eyes then all her kids will too. They could end up with the other parent's recessive blue or green eyes. Or an eye color that neither parent has!

This is how brown-eyed parents end up with a blue-eyed child. Or how two parents who don't have red hair have a redheaded baby.

As you can see, genetics is a complicated business. But one thing we do know...no one is more likely to favor one parent over the other. Which traits you get depend on the combination of genes you get from both parents.

What I'll do for the rest of the answer is explain a bit about how genes work. Then I'll focus on some situations where the parents do matter. As you'll see, this is usually when a trait is on the X chromosome.