Peter was surprised to learn that, in addition to blood, there's another type of circulating body fluid that flows within separate vessels. what is the name of this circulating fluid that doesn't contain red blood cells?

Answer:

120 tablets

Explanation:

Given-They will take 60 mgs per day.

         - 60/15= 4 tablets

4 tablets x 30 days = 120 tablets

I hope this helps :)

The shot gun choke that is best and more suitable for hunting and catching a large and more slow bird such as an example of this is a turkey is a shot gun choke that is full, it is because this type will allow to catch the bird more faster and more easily.

The best shotgun choke for hunting a large, slow bird like a turkey is typically a full or extra-full choke. These chokes have a tight constriction, providing a narrow shot pattern ideal for clean, humane kills at moderate to long distances, especially when aiming for the head and neck area.

For hunting a large, slow bird such as a turkey, the best shotgun choke to use would typically be a full choke or an extra-full choke. These chokes have a tight constriction and produce a narrow, dense shot pattern, which is ideal for targeting the vital areas of larger birds at moderate to long distances.

Using a proper choke ensures that enough pellets hit the target to deliver a clean and humane kill. When hunting turkeys, it is important to aim for the head and neck area to preserve the quality of the meat.

Choosing the right choke also depends on the specific hunting conditions, such as the typical distance at which you expect to shoot and the load of the shotgun shells being used. Some hunters may prefer a slightly less constricted choke like a modified choke if they are taking closer shots, but generally, a full or extra-full choke is the common choice for turkey hunting.

Answer:

Paleontologists use the technique called "relative dating" which is when scientist compare rocks to determine the age. So if you have a rock which has a similar surface to another rock you could determine the age of that rock. You could also use the technique called the "radiometric dating" by measuring the amount of isotopes in the rock.

Water activates enzymes in seeds that convert starch into glucose, which is vital for seed germination and growth. Amylases further break down consumed starch in humans, enabling cellular absorption and energy utilization.

Seeds contain dense aggregates of starch, which is the stored form of sugars in plants, comprising a mixture of amylose and amylopectin, both glucose polymers. Water plays a critical role in the utilization of stored starch in seeds. When a seed absorbs water, enzymatic reactions are activated that break down starch into glucose, providing energy and necessary components to support the growth of the embryo during germination. Without sufficient water, these reactions would not occur, preventing the seed from sprouting and growing into a new plant.

Additionally, when humans consume foods containing starch, enzymes such as salivary amylases catalyze the breakdown of starch into maltose and glucose. These smaller molecules can then be absorbed by the cells, ultimately being used as an energy source for various bodily functions.

Cell differentiation occurs in stem cells. They have the potential to develop into many different specialized cell types, such as nerve cells, muscle cells, and skin cells during early life and growth. Nerve cells, muscle cells, and skin cells don’t undergo differentiation as they are already differentiated.

Cell differentiation inherently occurs in stem cells. Stem cells are unique cells that have the remarkable potential to develop into many different cell types in the body during early life and growth. They can divide without limit to replenish other cells as long as the person or animal is still alive. When a stem cell divides, each new cell has the potential to either remain a stem cell or become another type of cell with a more specialized function, such as a muscle cell, a red blood cell, a nerve cell, or a skin cell. In contrast, nerve cells, muscle cells and skin cells are already differentiated, and thus, do not undergo differentiation. They are the result of differentiation process.

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Active transport is the movement of molecules across a cell membrane from a region of their lower concentration.

Active transport usually happens across the cell membrane. There are thousands of proteins embedded in the cell's lipid bilayer. Those proteins do much of the work in active transport.

Active transport requires energy. It could be compared to a ball moving up a hill. Active transport is the transport of molecules that require the use of energy, in the form of an energy-storing chemical called ATP to help them cross the cell membrane.

The energy for active transport comes from the energy-carrying molecule called ATP (adenosine triphosphate). Active transport may also require proteins called pumps, which are embedded in the plasma membrane.

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The rabbit population would grow quickly until all the edible vegetation was gone and then the rabbit population would crash.

Answer:

Enzymes.

Explanation:

Protein is one of the main biomolecules present in the living organism and works as the main building block of the body. Proteins are the polymers of the amino acids.

Proteins are involved in formation of enzymes, clotting factor and other important metabolites of the body. One of the main function of protein is the formation of enzymes. Enzymes are all proteinaceous in nature except ribozyme.

Thus, the correct answer is option (b).

Hello there!

The answer to your question is: C neurons - nerve tissue - brain - central nervous system - human being.

Reason: The Levels of Organization is organizing how everything in a human body is put together. Example: Neuron (or cell), tissues (that are made from cells that come together), heart (is created when groups of tissues come together), circulatory system (is made when other groups of organs come together to form a system that work with each other to maintain life), and then the is carries on with other systems that together form the human body.

Hopes this helps you! ~ Darlington

The correct order according to the levels of organization in a multicellular organism from simplest to most complex is: neurons - nerve tissue - brain - central nervous system - human being.

LEVEL OF ORGANIZATION:

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They exist in all the cells of the body. They are inherited via sperm and egg cells.  

They will not be inherited unless a similar damage has happened in eggs or sperms due to the same exposure to mutagen, In that case, progeny might show the mutation.

But they are an inherited mutation that was supported in fertilization of the egg during reproduction.

Answer:

Pretty sure its C for PLATO

Explanation:

A child having an imaginary friend is an example of intrinsic motivation. This is because they are engaging in the activity for their own personal enjoyment and interest, not because of an external reward.

A child having an imaginary friend is an example of intrinsic motivation. This is because the child is creating and interacting with an imaginary friend out of their own interest and enjoyment, rather than an external reward. Intrinsic motivation refers to behavior that is driven by internal rewards.

It involves engaging in a behavior because it is personally rewarding; essentially, performing an activity for its own sake rather than the desire for some external reward.

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Answer:

The muscle cells allow the body movement along with the skeletal system.  

After physical exercise, the muscle cell adapts either by an increase in cell number, increasing the diameter of the fibre and the increase in the cytosolic organelles which can increase the efficiency of the muscle cells.

The cells grow in number and size by adding the myofibrils to the existing cells and by adding sarcomeres to increase their length.

The physiological response is elevated by increasing the number of energy-producing organelle in the cell called mitochondria which produce ATP in response to the physical exercise.

Answering the question, the process of transducing air pressure waves into neural messages that the brain interprets as the meaningful sound is known as Audition.

In humans, hearing is performed by the auditory system known as mechanical waves. The mechanical waves are also called vibrations. These vibrations are perceived by the air and are transduced to nerves impulses which are detected or perceived by the brain

Audition is also called hearing; it refers to the transduction of sound waves into neutral messages or signals which is made possible by the ear’s structure.

The auricle, which is fleshy and very large is and is located within the lateral aspect of the head. The auricle is also called pinna. The auricle has C-like shapes and it is responsible for directing sound waves to the auditory canal.

The auditory canal gets into the skull via the external auditory meatus within the temporal bones. Also, the tympanic membrane, also known as the eardrum is located towards the end of the auditory canal and does vibrate whenever it is struck by sound waves.

However, the eardrum (tympanic membrane), auricles and ear canal are classified as the eternal ear.

Therefore, the process of transducing air pressure waves into neural messages that the brain interprets as a meaningful sound is called audition.

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KEYWORDS:

Answer:

C,D

Explanation:

C: Proteins play a role in transport, enable movement, provide structure and support, and help make chemical reactions happen.

D: Nucleic acids carry genetic information, determine the structure of proteins, and help build proteins.