Rain or snow usually falls on the leeward side of a mountain range true or false

Answers

Answer 1

The answer is False. Rain or snow usually falls windward side of a mountain range, not leeward. In areas where moist air often blows across a mountain range, the windward side of the mountains (the side the wind reaches first) may receive large amounts of precipitation. Because the air cools as it rises, some of its moisture condenses and may fall as rain or snow.

Answer 2

Answer:

false

Explanation:

Related Questions

A train travels 120 km In 2 hours and 30 minutes what’s its average speed

Answers

Formula for distance is d=st
so for speed is s=d/t
48 km per hour

Speed= distance / time or s=d/t.

120 / 2.5 (2.5 is 2 hours and 30 minutes.) = 48 km/h

What type of roadway has the highest number of hazards per mile?

Answers

the roadway with the highest number of hazards is city streets

The roadway with the highest number of hazards per mile is city roads and street.

The city has a high population of people, this is a combination of both men and women. These categories of people need vehicles to move around the city, they need it go to the office, school, markets and so on.

Due to the high number of individuals in the city there tend to be a high level of traffic, this can lead to accident or other type of road hazards.

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What is the focal length of a lens?

Answers

The focal length of the lens is the distance between the lens and the image sensor when the subject is in focus, usually stated in millimeters (e.g., 28 mm, 50 mm, or 100 mm). In the case of zoom lenses, both the minimum and maximum focal lengths are stated, for example 18–55 mm.

Subtitle is the half-life of an element is 10 years how many half-lives will it take before only about 6% of the original sample remains

Answers

We can solve this problem by using the equation
as shown: A=Aoe^-(ln2/t)T where A is the final amount (0.06 gram), Ao is
the initial amount (1g *assumed), t is the half-life (10 years ) and lastly T
time elapsed (required). Plug in the values in the equation and you should
get 40.5 years and this is approximately 4 half-lives.

A 10 - kg object is dropped from rest. after falling a distance of 50 m, it has a speed of 26 m/s. how much work is done by the dissipative (air) resistive force on the object during this descent?

Answers

Using the equation of motion,

v^2 = u^2 + 2as, where v = final velocity, u = initial velocity = 0 m/s, a = acceleration = gravitational acceleration = 9.81 m/s^2, s= distance = 50 m

Therefore,

v = Sqrt (2*9.81*50) = 31.32 m/s

But, it is noted that the actual velocity is 26 m/s.

The difference between Kinetic Energies is the work done to overcome the air resistance.

That is,

Work done = 1/2*10*31.31^2 - 1/2*10*26^2 = 1/2*10 (31.32^2-26^2) = 1,525 J

ANALOGY: Mars bar: planet as Milky Way: __________

Star cluster

Candy bar

Constellation

Galaxy

Answers

galaxy is the answer

A car approaches a police radar gun. how does the wavelength of the signal detected within the car compare with that emitted by the radar gun? the wavelength detected inside the car is longer. the wavelength detected inside the car might be shorter or longer depending on speed range. the wavelength detected inside the car is the same. the wavelength detected inside the car is shorter.

Answers

A car approaches a police radar gun. The wavelength detected inside the car is shorter compared with that emitted by the radar gun. If travelling at a changeable speed towards the gun, the wavelength detected inside the car might be shorter or longer depending on actual speed at any moment.

If the sun were replaced by a 1-solar-mass black hole, what would be the gravitational pull of the black-hole "sun" on earth?

Answers

If the Sun were replaced by a 1-solar-mass black hole, then Earth wouldcontinue to orbit the black hole in precisely its present orbit. The planets would actually continue on in their orbits as if nothing had happened.

Final answer:

The gravitational pull that a 1-solar-mass black hole would exert on Earth is the same as the sun. This is because gravitational pull is determined by mass and distance. However, life on Earth would be greatly impacted due to the lack of sunlight and heat.

Explanation:

If the sun was replaced by a 1-solar-mass black hole, the gravitational pull it exerts on Earth would be the same as that of the sun. This is due to the fact that gravitational pull is determined by mass and distance. Considering the mass would be the same and the distance between Earth and the black hole would remain constant, the gravitational pull remains unaffected.

However, without the sun's light and heat, life as we know it on Earth would not be sustainable. It's also important to note that while the gravitational pull remains the same, various other aspects of having a black hole instead of a sun would drastically impact our planet.

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An ac generator with peak voltage 100 volts is placed across a 10-? resistor. What is the average power dissipated?

Answers

The correct answer is: Average Power = 500 W

Explanation:
Root-mean square voltage = Vrms = Vpeak /√2 = 100 / √2 volts
Resistance = R = 10 Ω
Average power = Pavg = (Vrms)^2 / R = (100 * 100) / (2 * 10) = 500 W

A student wants you to demonstrate that an electric current will produce a magnetic field. Which set of objects could be used to demonstrate this? A) A battery, a coil of wire and a compass. B) A compass, some paper clips and a battery. C) A battery, an iron nail and a long copper wire. D) An iron nail, a permanent magnet and a battery.

Answers

Answer:

Explanation:

A compass can show that an electric field is present. So, a battery, a coil of wire and a compass together could demonstrate that an electric current produces a magnetic field.

Answer:

a battery, a coil of wire and a compass

Explanation:

A compass can show that an electric field is present. So, a battery, a coil of wire and a compass together could demonstrate that an electric current produces a magnetic field.

Strictly speaking, when an object acquires a positive charge by the transfer of electrons, what happens to its mass? (think small.)

Answers

An electron is 1/1836 of the mass of the proton. So, losing that little mass (0.51 MeV/c2) or gaining it changes the overall mass, but so small that it is hard to detect. hope this helped!:)

A transformer has 20 turns in its primary coil and 60 turns in its secondary coil. The input voltage for the transformer is 25 volts. What is the output voltage?

Answers

As, the transformer works on the principle of mutual induction between two coils.So, according to Faraday's law,
induced emf=-number of turns in coil *[change in flux per unit time]
write above equation in formula form,
V= -N[ΔФ/Δt]
Now, write the above equation for both primary and secondary coils of transformer and equate them(as ΔФ/Δt remains same for both of them):
we get the relation:
V_{s} / V_{p}=N_{s} / N_{p}
s stands for secondary coil.
p stands for primary coil.
By putting the values:
V_{s}/25=60/20

V_{s}=75volts (output voltage).[tex] [/tex]

What is an outward curving lens

Answers

A concave lens is exactly the opposite with the outer surfaces curving inward, so it makes parallel light rays curve outward or diverge.

An outward curving lens, or convex lens, converges light rays and is an essential element in optical devices like microscopes and cameras. It has a positive radius of curvature by convention. Convex lenses help correct farsightedness by focusing light rays onto a specific point.

An outward curving lens, also known as a convex lens or a converging lens, is a lens that is curved outward on both sides, resembling the intersection of two spheres. This type of lens causes parallel light rays to converge or come to a point after passing through it. The radius of curvature for a convex surface is positive by convention, which helps in the lens-maker's equation for calculating the focal length of the lens.

Convex lenses are widely used in various optical devices such as microscopes, telescopes, cameras, and eyeglasses to correct farsightedness by focusing light rays onto a specific point, resulting in a clear image.

Explain why sound travels faster through iron than through air

Answers

Solids have particles that are closer together than air that the sound wave can travel through.

The wheel and axe is a modified incline plane

A.True
B.False

Answers

B False it is not a modified incline plane

The wheel and axle is essentially a modified lever, but it can mover a load farther than a lever can. The center of the axle serves as a fulcrum.

What is the frequency corresponding to a period of 8.01 s?

Answers

The frequency of an oscillation is equal to the reciprocal of the period:
[tex]f= \frac{1}{T} [/tex]
where
f is the frequency
T is the period

In our problem, the period is T=8.01 s, therefore the corresponding frequency is
[tex]f= \frac{1}{8.01 s}=0.12 s^{-1} = 0.12 Hz [/tex]

Final answer:

The frequency corresponding to a period of 8.01 seconds is calculated using the formula f = 1/T, resulting in a frequency of approximately 0.125 Hz.

Explanation:

The question relates to the concept of period and frequency in wave motion which is a topic in Physics. To find the frequency corresponding to a period of 8.01 s, you use the formula f = 1/T, where f is the frequency and T is the period. Applying this formula:

f = 1/T = 1/8.01 s ≈ 0.125 Hz

Therefore, the frequency corresponding to a period of 8.01 seconds is approximately 0.125 Hertz (Hz).

Sasha uses a basketball and a tennis ball to represent two astronomical bodies based on their sizes. Which of the following representations is the most correct based on what Sasha has? The basketball represents Earth and the tennis ball represents the solar system. The basketball represents the moon and the tennis ball represents the solar system. The basketball represents the solar system and the tennis ball represents Earth. The basketball represents the solar system and the tennis ball represents the Milky Way.

Answers

If you are comparing the sizes of the astronomical bodies using the basketball and the tennis, then you can think of the basketball as the bigger astronomical body and the tennis ball the smaller one.

If you look at your choices, you are left with the basketball represents the solar system and the tennis ball represents Earth. This is because the solar system is bigger than the Earth.

The other choices shows the bigger astronomical bodies represented as the tennis ball.

Answer:

Explanation:

im doing the test rn but i think this is right correct me if im wrong also have a good day or night

Do non metals have luster

Answers

Yes, It probably true. Because the Luster it has a nonmetal, is going to be found in periodic table.

Hope it helped you.

-Charlie

What are the short eruptions of intense high-energy radiation from the sun's surface called? Corona Prominences Solar flares Sunspots

Answers

Short eruptions of intense high energy radiation from the Sun's surface are called solar flares. The appropriate answer is C. Solar flares usually does not last more than one hour. But during that time , the temperature of the solar flare region can be twice that of the rest of the sun's surface. Huge amounts of energy are released into space during a solar flare.

The answer is Solor flare, this is because this is a sudden eruption of energy that is magnetic on or even near the surface of the star, the sun.

Hope this helps!

Four springs are stretched to the same distance from the equilibrium position. The spring constants are listed in the table. Which lists the springs based on the amount of elastic potential energy, from greatest to least? X, Y, W, Z X, W, Y, Z Z, W, Y, X Z, Y, W, X

Answers

The correct answer is: X, W, Y, Z

In fact, the elastic potential energy of a spring is given by
[tex]U= \frac{1}{2}kx^2 [/tex]
where k is the spring constant and x is the stretching of the spring with respect to its rest position.

In this problem, all the four springs are stretched by the same distance x. This means that their difference in potential energy is due only to the difference between their spring constant: the larger the spring constant, the greater the energy. Therefore we can list the springs from the one with largest spring constant to the one with smallest constant, and this list corresponds to listing the springs from the one with largest energy to the one with smallest energy:
X, W, Y, Z

Answer:B

Explanation:

XWYZ

What do astronomers mean when they say that the universe is isotropic?

Answers

If you stand at the center and look in every direction the universe will look the same.

Noise caused by not understanding somebody's accent is considered:

A) semantic
B) temporal
C) internal
D)external

Answers

The answer is more likely letter A.) semantic

Answer:

semantic.

Explanation:

100% correct

Explain why a cow that touches an electric fence experiences a mild shock

Answers

The voltage exists between the fence and the ground. The cow is grounded. The cow is touching the ground, completing the circuit of electricity. When the cow comes into contact with the fence, it becomes an electric ground which sends an electric current into the cow, through the cow, and into the ground. The pain experienced from the shock is due to the current that flows through the cow.

Final answer:

A cow experiences a mild shock from an electric fence because its body conducts electricity, completing a circuit to the ground, which is designed to be unpleasant but not harmful. Modern electric fences use pulsed currents to allow detachment, with safety standards keeping shocks below the harmful threshold.

Explanation:

When a cow touches an electric fence, it experiences a mild shock due to the principles of electricity and current flow in living organisms. Our bodies, similar to the cow's, are good conductors because of the high water content. This conductivity allows electric currents to flow through us, following the path of least resistance to reach the ground, often referred to as 'earthing'. Electric fences are designed to give a shock that is unpleasant but not harmful, utilizing a small current that can cause a sensation but is usually not enough to damage tissue.

Modern electric fences are now pulsed on and off to allow someone who touches them to pull away. This design is vital for safety, preventing prolonged exposure that could lead to muscular contractions strong enough to prevent letting go of the fence. Shocks from electric fences are typically below 5 mA (milliamps), which is the maximum allowed shock according to many safety standards. This threshold ensures the shock is felt but remains within a range considered to be harmless.

Additionally, the earth acts as a natural electron sink, allowing currents to dissipate safely when an individual or animal completes the circuit by touching the fence while grounded. However, insulating materials such as rubber shoes can break this path, preventing the shock, which is why electrical safety protocols often include insulating gear to prevent the flow of electrical currents through the body.

Which organelles is used to transport materials through the cell

Answers

Hello.

The answer is cell membrane.

Have a nice day

HELP ASAP

A roller coaster is 1/2 way down, what form of energy does this roller coaster have at this point?

KINETIC, POTENTIAL, OR BOTH KINETIC AND POTENTIAL ENERGY?

Answers

It has both kinetic and potential

it would have both KINETIC ENERGY and POTENTIAL ENERGY.

All of the following statements describe how rubbing one object on another creates static electricity except:

A. Rubbing converts neutrons to protons, increasing the charge.
B. Charge is transferred from one object to the other.
C. The electrons get ripped off one object and held by the other.
D. Rubbing allows the object that has the greater electron attraction to take them.

Answers

rubbing converts neutrons to protons, increasing the charge (APEX)

Answer:

A. Rubbing converts neutrons to protons, increasing the charge

Explanation:

Rubbing two objects creates static electricity. It is also known as charging by friction. When two objects having different electron affinity are rubbed together, the one with greater electron attraction rips off the electrons from other object. In this way charge is transferred from one to another. The one losing the electrons becomes positively charged and the one gaining the electrons becomes negatively charged. Neutrons do not convert to protons. Thus, this is a wrong statement.

1. Describe the formation of the four types of fronts and the weather associated with each

2. How does the burning fossil fuels influence global temperature. How might the change in temperature affect other parts of Earth, such as the hydrosphere and biosphere

Answers

1. Cold front

Warm front

Stationary front

Occluded front

Which of these is NOT large and gaseous?
A) Jupiter
B) Mercury
C) Saturn
D) Uranus

Answers

Mercury.
____________

The answer is Mercury, Because it is a small and non=gaseous planet

hope this helped :D

Explain how the "natural frequency" of objects must be considered/analyzed in places like concert halls and airplanes.

Answers

If you are talking about sound frequency you need to consider what area you are in because in a concert hall it is big and helps the sound spread but in an airplane it is the opposite.

The graph shows the solubility of different compounds at different temperatures. Solubility refers to how much of something will dissolve in the given amount of water at a particular temperature. ________ shows the greatest change in solubility over the temperature range shown. A) KBr B) KNO3 C) NaCl D) NaClO3

Answers

Answer:

Explanation:

From the graph, it is clear that potassium nitrate, KNO₃ undergo great change in solubility over the temperature range.

What is solubility?

Solubility of a substance is the fraction of its concentration which is dissolved in a solvent at a specified temperature. Solubility of a substance is dependent on the nature of both solute and solvent.

The factors which determine the solubility of a solute are its bond types, molecular weight, temperature and pressure. As the temperature increases, the intermolecular force attraction between solute molecules decreases leading to solvent- solute interaction results in greater solubility.

From the graph it is clear that solubility of KNO₃ changes rapidly with temperature. Whereas , other compounds dose not show this steep curve with increase in temperature. Thus option B is correct.

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