All categories

2 years ago

What do the rabbit, fungus, and trees have in common?

Biology

2 answers:

polet [3.4K]2 years ago

6 0

The rabbit, fungus, and trees have in common are all multicellular organisms.

(4) They are all multi-cellular organisms.

<u>Explanation:</u>

All three above given organism's belongs to multicelluar because:

Rabbit: The individuals who have a place with the realm of Animalia are grouped by having the attributes of being multicellular and heterotrophic.

Trees: Trees are multicellular creatures. They are comprised of eukaryotic cells, which are intricate cells brimming with organelles.

Fungus: Parasites live as either single-celled living beings or multicellular life forms. Single-celled parasites are alluded to as yeasts. By far most of the growths are multicellular.

The vast majority of the assemblage of organisms is produced using a system of long, Since these are called hyphae.

scoundrel [369]2 years ago

5 0

They are all made of eukaryotic cells and have a nuclei

You might be interested in

Why is the carbon cycle important to plants

Leto [7]

Answer:it described how carbon is recycled between earth's biosphere, hydrosphere, geosphere and atmosphere. Carbon is an essential element for all life forms so understanding how it is recycled will help us to understand factors and all the biological processes that influence them.

Explanation:

3 0

2 years ago

Andy, 52, was very surprised when his doctor told him that his blood levels of vitamin D were below normal. After all, he plays

emmainna [20.7K]

Answer:

A. Total Vit D intake = 1150000212 IU

B. Yes he met his RDA and does not need any supplements

C. 191666702%

Explanation:

I μg = 40 IU

1 oz = 28.35 g

I g = 1000000 μg

A. Low-fat Yoplait yogurt-2 μg = 2 * 40 IU = 80 IU

Cheerios cereal-1 μg = 40 1U

Coffee with milk-07μg = 0.7 * 40 = 28 IU

Turkey sandwich on whole-wheat bread with large garden salad-0.4 g = 0.4 * 1000000 * 40 IU = 16000000 IU Grilledd pork chop. 8 oz = 28.35 * 1000000 * 40 = 1134000000 IU

mashed potato and a side of gnled mixed vegetables-1.6 μg = 1.6 * 40 = 64 IU

Total vitamin D intake = 1150000212 IU of Vit D.

B. Since his RDA is 600 IU, he met his RDA and does not need any supplements of Vit D.

C. Percentage of his RDA Vit D intake = (1150000212/600) * 100% = 191666702 %

5 0

2 years ago

Thyroxine, an important hormone that controls the rate of metabolism in the body, can be isolated from the thyroid gland. If 0.4

MA_775_DIABLO [31]

Answer:

The molar mass of thyroxine is 18,2 g/m

Explanation:

To solve this we must apply the colligative property of cryoscopic descent whose formula is:

T° sv pure - T° sl = Kf x molality

So let's replace our values

5,444°C - 5,144°C = 5,12 °C/m x molality

0,3°C = 5,12 °C/m x molality

0,3°C / 5,12 m/°C = molality

2,5 m

Now you should know that molality is moles from solute in 1kg of solvent but you dont have 1kg you have just 10 g. Let's convert for the rule of three

10 g = 0'010 kg

If 1 kg has 2,5 moles of thyrosine, how many for 0,010 kg

moles = (0,010kg * 2,5 moles)/1kg

moles = 0,025

Now we have the moles of thyrosine in our solution and we were informed that we dissolved 0,455 g so let's get the molar mass (mass of compound for one mole)

moles = mass/ molar mass

molar mass = mass/moles

molar mass = 0,455g/0,025 moles

molar mass = 18,2 g/m

3 0

2 years ago

Improper home canning procedures are the most common cause of ____ poisoning.

topjm [15]

Food poisoning..
is the correct answer....

HOPE IT HELPS YOU '_'

7 0

2 years ago

Read 2 more answers

A pathologist who wants to examine a patient's liver cells to determine if the mitochondria have an internal structural defect w

BlackZzzverrR [31]

The correct answer is "transmission electron microscope".

The transmission electron microscope can magnify the organelles of the cell clearly; as in light microscopes wherein most organelles cannot be visualized. TEM works by using a beam of electrons to pass through a specimen to make a clear image. Because of its superior magnification, mitochondrial defects can be visualized easily.

Attached is a sample picture of a transmission electron microscope image of a mitochondria.

4 0

2 years ago