vacuoles are cells structure last that are sometimes compared to warehouse. they have the ability to store things such as water and nutrients, and in some cases provide rigidity for the cell. certain types of cells utilize vacuoles more than others. in what type of cell would you expect to find the largest vacuoles

Answer:

1. O positive

2.AB negative

3.34% or 6%

Answer:

We will represent the alleles with letters:

Answer:

See below

Explanation:

Answer in my own words:

The liver helps with preserving homeostasis by controlling the production of glucose

Key words:

1: Homeostasis

2: Glucose

3: Liver

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Answer:

Lystrosaurus was found on multiple continents and couldn't swim. So, it is likely that instead if the dinosaur swimming to other continents the continents instead split.

The fossils of Lystrosaurus which cannot swim were found in India, Antarctica and South Africa suggesting the continents were once together.

Hence, locations of Lystrosaurus fossils can be seen as evidence that the continents were once together because the Lystrosaurus cannot swim but remains are found across the oceans.

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Explanation:

their mutualism parasites they benefits off of The termite because of the food they eat and the termite just live with it , letting it eat the food from the inside of their stomach , and protists live inside the stomach as a home like parasites do but this is mutualism because the termite lets them

Answer:

In which the smallest unit of life of both is the cell

Explanation:

In addition to the smaller unit of life in common, these uni or multicellular organisms are open systems that exchange energy with the environment, comply with cellular respiration to live, and require a resource for their metabolism and cell division is what makes that reproduce within their parents.

Answer:

a

Explanation:

Answer:

..............

Explanation:

Answer:

uniformitarianism or the uniformitarian principle

Explanation:

Answer:

2.

Explanation:

only 2 of them are the causes of air pollution

Answer:

Explanation:

FAD

Answer:

1, cellular respiration

2. Energy for cells

3. Oxygen

4. Mitochondria

5. Chloroplast

6. Sugars/Glucose

7. Carbon Dioxide + Water

8. Oxygen

9. Photosynthesis

10. Energy from sunlight

Explanation:

In the protein synthesis STEM case study, the patient Lucy was suffering from an immunodeficiency syndrome. The cause of her illness was that she didn't have enough white blood cells for her immune system to fight infections.

Lucy is a baby girl who comes with ear and skin infections. This shows that she has a deficiency of WBCs in her blood. The conditions are seen due to HIV or ADA-SCID. With her situation, ADA has an active site for the toxin, deoxyadenosine, to be broken down. However, an active site for mutations is caused by a change in an amino acid in that ADA's active site due to mutation in the DNA. This would cause a conformational change in the shape of the active site and thus the breakdown of protein is not possible. A mutated sequence with a stop codon will cause the termination of the amino acid chain too early. This termination will cause a protein sequence of much shorter length.

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Humans have an endoskeleton. Jellyfish do not have a skeleton. Crab has an exoskeleton.

ANSWER: A.

Answer:

The awnser is Glucose

Explanation:

It is made during photosynthesis but does not need to taken in through the process

Based on the diagram, it appears that species D has the band containing the largest DNA fragment for the sample that was sequenced.

Therefore option D is correct.

DNA fragmentation is described as  the separation or breaking of DNA strands into pieces and  can be done intentionally by laboratory personnel or by cells, or can occur spontaneously.

The band represented by D  is the largest among all the species indicated in the diagram and the  species D is likely to have the largest DNA fragment in the sequenced sample.

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A vaccine is a medical material that mimics the pathogen, but in a harmless way. When our body's immune fights it off, it remembers how to fight the real pathogen when it enters our body. So, it protects us from diseases.

Answer:

A vaccination is a medical substance that mimics a pathogen in a non-harmful way. When our immune system defeats it, it recalls how to combat the genuine infection when it enters our system. As a result, it shields us against sickness.

Explanation:

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Answer:

There are many ways to save energy at home some are as following:-

1)Use Led Bulbs rather than Tubelight

2)Using Heater or Air Conditioner uses a lot of energy so we should reduce there usage

3)If possible, install a programmable thermostat to automatically adjust your home's temperature settings when you're away or sleeping.

4)Use a bucket of water rather than taking a shower

5)During Winter season use suns heat to heat up your body rather than using heater at day time

6)Save water by scraping dishes instead of rinsing them before loading in the dishwasher

7)Close the tap when not in use

8)While brushing tour teeth, use utensils to clean your mouth rather than using a tap

9)The water you use to mop the floor can we used to water the plant or even clean your car

10)Dont use dryer to dry your cloth rather put it in under sun

Explanation:

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Answer:

the photograph shows that there was being a land slide on the road near a stream

like the roadway of mugling of nepal

land slide

Explanation:

hope this helps you

Answer:

Either the cell wall or the cell membrane.

Explanation:

All cells have cell membranes which line the outside of the cell, and some cells have cell walls, which also line the outside of the cell. Since all cells have cell membranes I am inclined to believe that the correct answer would be cell membranes.

To learn more about an organism's metabolism, a biologist would probably examine all of its chemical processes.

metabolism is the collection of chemical activities that occur in each living thing's cell and supply power for both essential functions and the creation of new organic material.

The chemical processes that support life require living entities to use energy and ingest nutrients. An organism's metabolism is the whole of its biological processes. Both anabolism and catabolism are subsets of metabolism.

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Living things include single-celled creatures. There are two types of organisms: those composed of numerous cells and those composed of a single cell (single-celled organisms). Unicellular organisms are defined as organisms with a single cell. Single-celled organisms include the majority of protists and some fungi. Organisms with a single cell can exist independently. Amoeba and Paramecium are examples of single-celled organisms that perform their own bodily processes like respiration, excretion, digestion, and reproduction. These organisms have a variety of ways to obtain energy. Some cells allow energy to enter their bodies through their cell surface. A larger cell literally encircles a smaller cell or nutrient with its body before absorbing it, absorbing the nutrient into its body, and digesting the nutrient for energy.

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During depolarization, membrane potential becomes more positive, which triggers an action potential.

Depolarization is a process in which the membrane potential of a neuron becomes less negative or more positive, making the inside of the neuron more positive than the outside. This occurs when positively charged ions, such as sodium (Na+) ions, flow into the neuron, which causes the membrane potential to become more positive. If the depolarization reaches a certain threshold, it triggers an action potential, which is a rapid and temporary reversal of the membrane potential. The action potential allows the neuron to communicate with other neurons or muscle cells.

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Marine homeotherms are animals that are capable of maintaining a constant internal body temperature. Despite this ability, they face a problem in seawater due to various reasons.

Firstly, the temperature of seawater is variable, which makes it challenging for marine homeotherms to regulate their body temperature. This fluctuation is due to factors such as the depth of the water, location, currents, and the season. While homeotherms can regulate their internal temperature, the external temperature remains a significant challenge as their bodies are continuously losing heat to the water.

Secondly, seawater tends to cool down much faster than air, which makes it difficult for these animals to maintain their body temperature. Seawater absorbs more heat than air, making it challenging for homeotherms to stay warm. This explains why some marine homeotherms migrate to warmer waters during the winter months.

Finally, marine homeotherms have low concentrations of hemoglobin, which makes it hard for them to transport oxygen to their tissues. Hemoglobin is responsible for carrying oxygen to the tissues of an organism. It is vital in regulating body temperature as it helps generate heat. In conclusion, marine homeotherms have a problem in seawater due to variable temperature conditions, fast cooling seawater, low hemoglobin concentrations, and continuous heat loss to the water.

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