What are three density-independent factors?

Answers

Answer 1
Answer: weather, climate and natural disasters.

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7. Which situation best represents a mutualistic relationship?A A tapeworm absorbing nutrients from the intestine of a dogB An orchid being pollinated by a nectar collecting waspC A human losing blood to a feeding mosquitoD An armadillo rooting in the soil at the base of an oak tree
Why must cells reproduce? HELP PLZZ :((
Difference in the classification level of plants and animals?

What body systems are interacting to produce this work of art? Name the body system and describe its role in performing the task.

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Answer:

The skeletal system

Explanation:

The skeletal system makes up the framework of the body and allows us to move when our muscles contract. It stores minerals (e.g. calcium, phosphorous) and releases them into the body when they are needed. The skeletal system also protects internal organs and produces blood cells. It is this skeletal system responsible for interacting to produce this work of art

Through which microscope were cells first observed?simple microscope
tunneling microscope
compound light microscope
electron microscope

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Cells were first observed through a simple microscope, which is the first option, as Antonie van Leeuwenhoek, a Dutch scientist, used a simple microscope that he designed and built himself to observe and describe microscopic organisms.

What is a microscope?

The history of the microscope goes back several centuries, with various scientists and inventors contributing to its development. One of the most notable figures in the history of microscopy is Antonie van Leeuwenhoek, who is considered the father of microbiology. He was a Dutch tradesman and amateur scientist who lived in the 17th century, and he was the first person to observe and describe microscopic organisms. Leeuwenhoek's microscope was a simple microscope, which means that it had only one lens. The lens was a small, spherical bead of glass that was mounted on a metal plate. 

Hence, cells were first observed through a simple microscope, which is the first option.

Learn more about the microscope here.

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Answer:

Simple microscope

Explanation:

What is the chemical symbol for ozone

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Ozone is a molecule made of three oxygen atoms:  O3

The thick muscle in the lower part of your chest is your _____.diaphragm
thorax
larynx
lungs

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The answer is a diaphragm.

First of all, thorax, larynx, and lungs are not muscles. The diaphragm is a thick muscle in the lower part of the chest. It has a great role in breathing. It contracts and increases the thorax volume, thus, it inflates the lungs.

A thorax is the part of anatomy located between the neck and the abdomen. The lungs are the organs of respiration located inside the thorax. A larynx is also involved in breathing. It is located in the neck.

Answer:

the diaphragm

i hope this helps :]

Photosynthesis is the process in which plant use energy from light to produce

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Food

Hope this helps

Proteins have a variety of functions within a living cell. Describe at least three of the possible functions of proteins, and explain how proteins can be so diverse when there are only a limited number of different amino acids.

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anonymous  3 years agoProteins are involved in almost all of the cell's functions. They can act as: Transportation: they can transport hydrophobic molecules in blood for example Regulation: protein hormones and enzymes Receptor: can act as receptors on cell surface and in the subsequent signal transduction (G-protein for instance) It is true that all proteins are made up of up to 20 amino acids, but there are several reasons for their diverse actions: -One reason is the possible sequence and number of amino acids: Met-Ser-His is different from Met-His-Ser for example. Besides, you have different chain length, for a protein is made up of long chain of polypeptide (longer than 50-70 amino acids) and can have any of the 20 amino acids with repetition, so using simple probability, this can provide up to practically unlimited combination with proteins that have chains of thousands of amino acids. -Another very crucial reason for the diversity of protein action is the conformation. A protein passes by at least 3 conformational stages before becoming mature. The straight amino acid chain is the primary structure of the protein that can never be active. Spatial modification of this primary structure results in a secondary structure, Helix or Beta-pleated sheets (or other coiling structure), that is also inactive. Further coiling and bending of the secondary structure produce a 3-dimentional conformation that is the active form of the protein. Moreover, many proteins can undergo further conformational rearrangement and combination with other protein sub-units producing a quaternary structure.