BIOLOGY HIGH SCHOOL

If thermohaline circulation were blocked, perhaps by plate tectonics, what would happen?Nothing would change.

Global climate would be significantly affected.

Coastal areas would warm up.

There would be an increase in precipitation.

Answers

Answer 1
Answer: The answer is Global climate would be significantly affected. Themohaline circulation plays an important role in global climate. Thermohaline circulation is the flux of ocean waters and surface currents that are related with three gradient of densities. The density of sea water is determined by the content of salt. The currents of wind on the surface and of water in the oceans transport matter and energy, which translates into heat transfer; thi is the reason of the impact of the circulation on the climate. It is thought that changes in thermoline circulation will cause changes in polar sea ice, changes in Earth's radiation, changes in the concentration of carbon dioxide, and, consequently, changes in temperatures.
Answer 2
Answer:

If thermohaline circulation were blocked, perhaps by plate tectonics, what would happen?

Global climate would be significantly affected.

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You see a television commercial for a new antibiotic. The ad includes someone claiming that the antibiotic helped cure them of the flu. What are two reasons why you might question this claim?? EXPLAIN.

Answers

the flu cannot be "Cured" but can oly be surpressed so it in inactive. only the body white blood cells can kill and fully remove the virus. 
this is questiponed because it is true that it is limited to only one person, but this person may not of even had the flue to begin with. the the second question is which flue did the person have. swine flu is deadly and cannot be removed with antibodies or antibiotics. which is a pain because this flue kills the body. 
the second things that is questioned is, is the antibiotic stable enough for everyone?
everyone has a different immune structured in different ways. some antibiotics will not help certain people because of the lack of lipids and enzymes in the hosts blood. this can be fatal because the body has a natural buffer in the blood that the antibiotic can easily damage and kill the host. 
The sample is limited to one person so it doesn't provide a wide view of the product.
There is no expert opinion so it is not as believable.

What is the one element common to all organic compounds?Why is the element chemically unique?

Answers

Hope it helps
Carbon, can create 4 chemical bonds with other elements also all organic compounds are made primarily of carbon.

An enzyme known as amylase is found in the saliva of humans. This enzyme helps to begin the process of digesting starch molecules in the foods we eat. Which of these BEST describes how enzymes like amylase help in the process of digestion? (AKS 1a1) Question 2 options: Amylase contains the DNA molecules necessary to assemble the proteins needed for digestion. Amylase is a catalyst that speeds up the chemical process of breaking down food molecules. Amylase breaks down the food molecules directly by forming powerful acids. Amylase acts as a buffer to keep the pH of foods at a consistent level.

Answers

up the  chemical process of breaking down food molecules.Answer:

Amylase is a catalyst that speeds up  that speeds

Explanation:

Which level of organization includes all the other levels of organization? organ system organism tissue cell

Answers

The correct answer is Organism. Organisms are made out of numerous organ systems that work together and these systems are made out of various organs. Organs are made out of tissues of all kinds, while tissues are made out of various cells that each serve their function. It is like clock and everything works perfectly unless something breaks.

The level of organization that includes all the other levels of organization is the organism level.

Further Explanation:

The human body is organized at different levels, beginning with the cell followed by tissue, organ, organ system and finally the complete organism. With every upgrade of level, the complexness will increase.

The lowest level of organization is the cell. Cell is the structural and practical unit of life. The complexness of a cell is the least as compared to the other levels of organization. A cell generally consists of flexible membranes that enclose protoplasm, a water-based cellular fluid beside a range of small functioning units referred to as organelles.

A group of cells with similar structure performing a function represent the tissue. A tissue has a lot of complexness than a cell and contains a specific function additionally.

A group of 2 or a lot of kinds of tissue with similar structure and performance makes up an organ. The complexness and functionality upgrades within the organ as compared to the tissue. Every organ performs one or a lot of specific physiological functions.A cluster of organs that work along to perform major functions or meet physiological needs of the body maybe called as the organ system.

Finally, a bunch or organs playing similar functions form up the organ system followed by several organ systems together creating up a complete operating organism. The highest level of organization is the organism level. an organism may be a living being that contains a cellular structure which will severally perform all physiological functions necessary forever.  

So, organism is the level of organization that features all the other levels of organization.

Learn more:

1. Learn more about cells brainly.com/question/1579016

2. Learn more about eukaryotic cells brainly.com/question/4493579

3. Learn more about cellular respiration brainly.com/question/543244

Answer Details:  

Grade: Middle School

Subject: Biology

Chapter: Introduction to Human Body.

Keywords:

Cells, tissues, organs, organ system, organism, function, complexity, group of cells, physiologic functions, functionality, cytoplasm, organelles.

A moving hang glider has ____ energy, which converts to _____ energy once the hang glider stops.

Answers

A moving hang glider has kinetic energy, which converts to potential energy once the hang glider stops.

Answer: kinetic , potential

Explanation: According to the law of conservation of energy, energy can neither be created nor be destroyed. It can only be transformed from one form to another.

Kinetic energy is the energy possessed by an object by virtue of its motion.

Potential energy is the energy possessed by an object by virtue of its position.

Thus a moving hang glider possesses kinetic energy which is converted to potential energy when it stops.

What joints do we use when lifting weights?

Answers

It would depend on which weight lifting process you would use. If you are on your back, you are using your biceps.
If you're lifting weights with ur arm, the ur elbow
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