Maria is camping when she starts to smell smoke. She turns on her radio and hears that a forest fire is heading her way. How can Maria's organ systems interact to help keep her safe? Include at least five organ systems in your response.

Answers

Answer 1

Answer:

The hormonal, cardiovascular, central nervous and respiratory systems are all involved in this response.

The body is equipped to respond to emergency situations through the fight and flight hormones secreted by the adrenal gland. This chemical messengers send a message to the brain which now causes reactions such as increased pumping of blood by the heart and a faster breathing rate by the lungs.

Hence, the hormonal, cardiovascular, central nervous and respiratory systems are all involved in this response.

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what is conduction, convection and infrared radiation in relation to heat transfers?

Answers

Conduction . . . . .
You put a spoon into a cup of really hot coffee. After a couple of minutes,
the top of the spoon is too hot to handle. The spoon CONDUCTED the heat
from the hot liquid up to the other end.
No material moved. The heat just flowed through the material.

Convection . . . . .
You put a pot of cold water on the stove and turn on the heat. The flame
heats the water at the bottom of the pot. The heated water rises from the
bottom, and cold water from the top sinks to the bottom. Hot fluid rising,
cold fluid sinking, that's CONVECTION.
Material moved, carrying heat from place to place with it.

Radiation . . . . .
-- You come into the house on a cold day, and there's a fireplace burning
across the room. Looking at the fire, you feel heat on your face, but not on
your back, and the room is still cold.
-- The sun produces a lot of heat. Somehow, it gets to the Earth, although
there's nothing in space to carry it.
-- Heat, light, and radio don't need anything to carry them. They can RADIATE
through empty space, as electromagnetic waves.
When the waves are heat, they're called Infrared waves.

Charge q is 1 unit of distance away from the source charge S. Charge p is two times further away. The force exerted between S and q is _____ the force exerted between S and p. a. 1/2
b. 2 times
c. 1/4
d. 4 times

Answers

Answer : The correct option is, (d) 4 times

Solution :

According to the Coulomb's law, the electrostatic force of attraction or repulsion between two charges is directly proportional to the product of the charges and is inversely proportional to the square of the distance between the the charges.

Formula used :

$F=k_e(q_1q_2)/(r^2)$

where,

F = electrostatic force of attraction or repulsion

$k_e$ = Coulomb's constant

$q_1$ and $q_2$ are the charges

r = distance between two charges

First we have to calculate the force exerted between S and q when the distance between the charge is 1 unit and let us assumed that the charge be 'q'

$F_(sq)=k_e(qq)/(1^2)=k_e* q^2$ ..........(1)

Now we have to calculate the force exerted between S and p when the distance between the charge is 2 unit at the same charge.

$F_(sp)=k_e(qq)/(2^2)=k_e(q^2)/(4)$ ...........(2)

Equation equation 1 and 2, we get

$(F_(sq))/(F_(sp))=(1)/(4)$

$F_(sq)=4* F_(sp)$

Therefore, the force exerted between S and q is 4 times the force exerted between S and p.

I believe the answer is "4 times".

In a series circuit, the current drops across each resistance.
a. True
b. False

Answers

That's false. In a series circuit, the current is the same
at every point all around the circuit.

It's the voltage that drops across each resistance.

As opposed to concave lenses, which characteristic of convex lenses makes them useful in microscopes?Convex lenses can produce images larger than objects.
Convex lenses can produce upright images.
Convex lenses cause light rays to spread out.
Convex lenses cause light rays to refract

Answers

Answer: The correct answer is convex lenses can produce images larger than objects.

Explanation:

Convex lens is a type of spherical lens in which two spherical surface bulge outwards. This type of lens is known as double convex lens or simply convex lenses.

These lenses are known as converging lenses because they converge the light rays passing through it to one point. The image formed by these lens depends on the location of the object. In one case, it produces an enlarged image.

Concave lenses only produces only image which is reduced in size than the object.

In microscopes, the object used is very very small and to view its enlarged image, only convex lenses are used.

Hence, the correct answer is convex lenses can produce images larger than objects.

A.Convex lenses can produce images larger than objects.

The highest point of a wave is called thea. height.
b. trough.
c. crest.
d. wavelength

Answers

The highest point of a wave is called the "crest." A wave is a disturbance that travels through a medium or space, transferring energy without transporting matter. Therefore, the correct answer is option c.

As a wave propagates, it undergoes cycles of oscillation with alternating high and low points. The highest point of a wave, where the displacement or amplitude is at its maximum, is referred to as the "crest." On the other hand, the term "trough" refers to the lowest point of a wave, where the displacement or amplitude is at its minimum in the negative direction. The trough is the opposite of the crest, representing the bottommost part of a wave.

Learn more about Crest here.

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the answer is c , crest

Matter behaving like a wave rather than like a particle is best illustrated by which phenomenon?

Answers

The photoelectric effect is about electrons being ejected from metals when light is shined on metals. The electrons do not behave like waves in the photoelectric effect. Black body radiation is all about the radiation emitted by warm bodies and not about those bodies behaving like waves. The emission spectra of atoms is all about what light is given off by atoms when electrons in those atoms jump down to lower energy levels from higher levels. That also has nothing to do with matter behaving as a wave. Interference is classically defined as the generation of a new wave with an amplitude modulated according to the waves that interfere to form that new wave. Note its emphasis on the wave part.

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