Suppose one organ in the organ system failed to work properly, How would the organ system be affected? Would it still be able to function? Explain your reasoning

Answers

Answer 1

The organ system failing would affect the rest of the body. You would probablly not live long. The human anatomy is very important. It won work properly. It will affect the rest of your body and probably land you in the hospital. This is why one failing organ system can be fatal.


Related Questions

Which tissue system in plants is most similar to the Integumentary system in animals? explain your reasoning (DON'T USE G.O.O.G.L.E)

Answers

Answer:

its epidermis...

In plants, the epidermis is the tissue most like the integumentary system in animals. The epidermis covers the body of the plant, including stems...

Explanation:

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Which is this the correct variable for the equation "____= displacement divided by time"?
velocity
speed
acceleration

Answers

The correct variable for the equation is velocity = displacement divided by time .

The distance traveled divided by the time passed is the definition of an object's average speed. Average velocity can be calculated as the displacement divided by the time. Velocity is a vector quantity.The vector quantity velocity (v), denoted by the equation v = s/t, quantifies displacement (or change in position, s), over change in time (t).

What is the connection between time and velocity displacement?Time and distance are both factors in velocity. The pace at which an object changes its position is known as its velocity. Displacement / Time = VelocityThe change in velocity divided by the change in time is the definition of acceleration.

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Answer:velociy :)

Explanation:

What is different about water in different phases and containers?

Answers

Answer:Because the molecules can slip and slide around one another, water takes the shape of any container it is in. Despite the "hardness" of ice, the spacing of water molecules per unit volume is actually greater than it is for liquid water. Hence, ice is less dense than liquid water (which is why ice cubes float).

Explanation: Hope this helps.

Answer: Because the molecules can slip and slide around one another, water takes the shape of any container it is in. Despite the "hardness" of ice, the spacing of water molecules per unit volume is actually greater than it is for liquid water. Hence, ice is less dense than liquid water.

Explanation:

A body that orbits a planet is called a :

Answers

Answer:

Satellite

Explanation:

I just consulted my science notes to make sure I was correct on this....

Hope this helps. Have a nice day you amazing bean child.

body crazy curvy wavy bug t slim waste body yody yody yody yody

What happens if an object has a negative acceleration?
the object is speeding up
the object is turning around
the object is slowing down

Answers

Answer:

An object with negative acceleration could be speeding up, and an object with positive acceleration could be slowing down. ... And if the acceleration points in the opposite direction of the velocity, the object will be slowing down. (I hope this helps)

Explanation:

Answer:

A

Explanation:

PLEASE HELP!! DUE SOON!!
Which of the following describes the overall ability of your cardiovascular and respiratory systems to function well in vigorous exercise?
A. aerobic capacity
B. anaerobic fluency
C. anaerobic capacity
D. aerobic fluency

Answers

Answer:

The answer is A. Aerobic capacity.

!! PLEASE HELP !!

Describe the two characteristics of the general surface wind circulation pattern associated with this low-pressure system

Which location on the map, W, X, Y, or Z, most likely has the greatest wind speed? Describe one piece of evidence on the map indicating that this location has the greatest wind speed.

Answers

Answer: I would Say X.

Explanation: I say this because the numbers are higher near X. I'm not sure because the map does not say much. Hope this helped. Have A Good Day!!!

The wind speed is highest at point X, due to high pressure area and counterclockwise flow.

The given problem is based on the wind circulation system. In climatology, the wind circulation system is referred to as the movement of air relative to the surface of Earth. The characteristics of the general wind circulation pattern associated with low-pressure system is as follows:

The Wind flow will be towards the low pressure region, and the air rises in the atmosphere.As air rises, the moisture gets into condensation and clouds are formed along with the precipitation.

The evidence for determining the greatest wind speed is that, "Wind moves counterclockwise around low-pressure area and clockwise around the high-pressure area".  Now, the pressure and speed for the wind is,

[tex]P=\dfrac{1}{2} \rho v^{2}[/tex]

here, P is the pressure and v is the speed of wind. So, higher the pressure, higher will be speed.

As per the given map, point X represents the area of counterclockwise movement of wind, so probably it should have high pressure, hence speed is higher at point X.

Thus, we can conclude that the wind speed is highest at point X, due to high pressure area and counterclockwise flow.

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suppose that the acceleration of an object is zero. Does this mean that there is no force acting on it?

Answers

Answer:

not necessarily. It could mean that the forces acting on the object are balances and that the net force of the object is 0.

Explanation:

An example would be if you get a book on the table. It doesn't move; however, the force of gravity pulls downwards onto it while the normal force of the table will try to push up on it. These forces will be equal but opposite and are balanced.

There could be a force on all sides pushing at the same speed to make it not move hypothetically, but in generic terms in most circumstances yes

Which form of radiation has a frequency of 125 x 10¹⁵?

Answers

I believe that is ultraviolet light
Yea I think he is right I checked

How does electricity turn into light in a common lightbulb?

A. Electricity strikes the metal particles of the filament in a lightbulb. Some of the metal particles become gases and turn into light.

B. Electricity heats up the filament in the bulb to a very high temperature. At that temperature, the metal becomes bright and gives off light.

C. Electricity cools down the filament in the bulb to a very low temperature. At that temperature, the metal becomes bright and gives off light.

D. Electricity strikes the metal particles of the filament in a lightbulb. Some of the metal particles are ripped off from the metal and turn into light.

Answers

Answer:

i think its B

Explanation:

im pretty sure.

It’s b garunteed I promise

(science)
Which of the following below describes what happens to water particles near the surface when a wave passes by?
(1 Point)

The water particles move towards shore.

The water particles move in circles, up & down.

The water particles move randomly.

The water particles move little, if at all.

Answers

Answer:

B.

Explanation:

B. The water particles move in circles, up and amp;down.

Please tell me if if these statements are true or false

1. Light cause the same change to all materials.
2. All light is the same, whether it comes from the sun, a light bulb, or anywhere else.
3.All light can be seen.
4.Light can travel through materials that you cannot see through, like wood or aluminum foil.

Please explain why. (if its too much to explain don't worry about it, i'll try to do it myself)

Answers

Answer:

Im not sure if im right but this is what i got( i have no clue how to explain im sorry)

1. False

2. False

3. True

4. False

1. False- light usually doesn’t cause changes to certain materials.

2. True (I think) I don’t really know how to explain this one

3. False- Not all light can be seen especially when light can travel

4. False- Certain hard materials light won’t be able to go through because of its density.

Sorry about the 2nd one and I’m not 100% on this but hope this helps.

can someone plz help me :'(

Answers

1 is amplitude crest is 5 3 is wavelength. Your chart is confusing so that’s all I got
1.) equilibrium - middle ground in a wave.
2.) amplitude - how tall a wave is.
3.) wavelength - distance between crests.
4.) trough - lowest point on a wave.
5.) crest - highest point on a wave.

Answer quick and correctly for brainliest (remind me to give brainliest i usually forget.) PLEASE ANSWER ITS MY LAST QUESTION AND IM ABSELOUTELY CLUELESS

Marine plants, such as algae, use CO2 to make energy. Ocean fertilization is the introduction into oceans of nutrients that encourage the growth of these plants. How can this technique affect the pH in oceans that already have higher than normal CO2 readings?

Answers

Answer:

the pH decreases and the ocean becomes more acidic.

Explanation:

A small change in the pH of seawater can have harmful effects on marine life, impacting chemical communication, reproduction, and growth.

Ocean fertilization can affect the pH in oceans that already have higher than normal carbon dioxide readings as it decreases the pH of the ocean water and it becomes more acidic.

What is Ocean fertilization?

Ocean fertilization or the ocean nourishment is a type of technology which include carbon dioxide gas removal from the ocean water and it is based on the purposeful introduction of the plant nutrients to the upper ocean water to increase the marine food production and also for the removal of carbon dioxide gas from the atmosphere.

Ocean fertilization is a technique which affects the pH in the oceanic water and this already have higher than normal carbon dioxide readings. The pH of the oceanic water decreases and the ocean becomes more acidic in nature. A small change in the pH of ocean water can have harmful effects on the organism's life, impacting chemical communication, reproduction, and the growth.

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Due to the connection between electric and magnetic phenomena, the magnetic field generated by an MRI machine can be used to excite the positive charges in hydrogen atoms. These hydrogen atoms emit radio waves that can be used to form an image of their locations. The main source of hydrogen atoms in the human body is water. Which of the following are limitations this method might place on the images that can be generated?

Select all that apply.


A
Detecting hydrogen atoms allows for certain parts of the body to be imaged better than others.
B
Areas without large amounts of water are harder to map.

C
Hydrogen is not present in the human body.

Answers

I believe the answer is B
B should be the correct answef
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At that time, the United States had only 48 states but was on the verge of accepting two more: Alaska and Hawaii. The U.S. flag at the time had six neat rows of eight stars each. What would be the best way to add two more stars while keeping the arrangement neat and orderly? This was the question that Bobs history teacher posed to the class. The teacher gave the students an assignment: design a flag with 50 stars. Bob spent hours in the attic of his house, cutting up a 48-star flag and rearranging the stars until they fit just right. He was pleased with his solution to the problem, but his teacher found it less than perfect and gave him a B minus. Outraged, Bob told his teacher that he was going to send his design to his member of Congress, Walter Moeller. His teacher replied that if Bobs design was accepted as the new flag, he would be more than happy to change his grade to an A.A year later, Bob had graduated and was working as a draftsman when he received a call at work. 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Bob Heft was invited to Washington, D.C., for a ceremony during which his design was officially adopted as the new flag of the United States.Question 1Part AWhat inference can be made about the time period of the text?People were more patriotic than they are today.It was a time of uncertainty and worry.People were more traditional than they are today.It was a time when the nation was changing.Question 2Part BWhich evidence from the text best supports the answer in Part A?Bob Heft was invited to Washington, D.C., for a ceremony during which his design was officially adopted as the new flag of the United States.At that same time, the United States had only 48 states but was on the verge of accepting two more: Alaska and Hawaii.However, we know for a fact that the first flag to have 50 starsthe one we have todaywas designed by a high school student.Outraged, Bob told his teacher that he was planning on sending his design to his member of Congress, Walter Moeller. 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