What climate factor is responsible for the snow on my Kilimanjaro

Answers

Answer 1

Answer: The climate factor that is responsible for the amount of snow on Mt. Kilimanjaro is high elevation. In the concept of precipitation, as an air mass rises and cools, its capacity to hold water vapor lessens. This vapor condenses into water droplets, forming clouds. Terrain with high elevation attracts such formations, bringing with them cloudiness, rainfall, and snowfall.

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Answers

N/B

Kindly find attached the sketch and the free body diagram solution to the problem

Explanation:

This problem bothers on the moments of forces

Moment is the turning effect of a force about a point. It is the product of force times perpendicular distance from the point of action

If my final exam is worth 30% and my class average is 80, what do I need to get to pass the exam?

Answers

You haven't told us what the passing percentage is on the exam,
or what the passing percentage is for the semester, or any of that.

What if the bird sitting on tansmission wire touches both terminal's wire ?why

Answers

There are no terminals on the wire where the bird is sitting. If the bird wants terminals,
he must move to one end of the wire, but he will find only one terminal there. The
other terminal is at the other end of the wire, conceivably hundreds of miles away.
No species of bird extant in the modern world can accomplish such a span.

Because the electrical current is activated

3. An astronaut lands on an alien planet. He places a pendulum (L = 0.200 m) on the surface and sets it in simple harmonic motion, as shown in this graph.Answer the following questions:
a. What is the period and frequency of the pendulum’s motion?
b. How many seconds out of phase with the displacements shown would graphs of the velocity and acceleration be?
c. What is the acceleration due to gravity on the surface of the planet in m/s2? Determine the number of g-forces.
Show any necessary calculations.
Answer:

Answers

All this work for 5 points is a big rip-off, but I'm going to try it anyway,
for myself, just to see if I can do it.

a). From the graph, I count 9 complete cycles in 5 seconds.
So the frequency is 9/5 = 1.8 per second = 1.8 Hz.
The period is 1/frequency = 5sec / 9 cycles = 0.555... sec .

b). Velocity = first derivative of displacement = 1/4 cycle behind =
   5/36 sec delayed with respect to displacement = 0.13888... sec.

   Acceleration = first derivative of velocity = 2nd derivative of displacement =
   1/4 cycle behind velocity = 1/2 cycle behind displacement =
   5/36 (0.13888...) sec delayed with respect to velocity, =
   5/18 (0.2777...) sec delayed with respect to displacement.

c). For small swing angles, the period of an ideal pendulum anywhere is

   T = 2pi √(length / local gravity) .

The astronaut has already done the pendulum and transmitted the data to us, so
we can use his data and this formula to calculate the local gravity where he is.

   P = 2pi √(length / local gravity)

      5/9 sec = 2π √(0.2m / gravity)

   √(0.2m / gravity) = 5/9sec / 2π

Take the reciprocal of each side: √(gravity) / √(0.2) = 18π / 5

Multiply each side by √(0.2): √(gravity) = 18π √(0.2) / 5

Square both sides: Gravity = (324 π²) (0.2) / 25 = 25.582 m/sec²

This is about 2.608 times the Earth's gravity. So it should not surprise us
that the astronaut got fed up playing with his pendulum after only 5 seconds,
and went back to his landing capsule to lie down.

Note:
Even though it's a highly classified secret, closely guarded for reasons of
national security and all that stuff, we can be pretty sure that our man has
landed on Jupiter. His data and our calculations have produced a value of
25.582 m/s² for the acceleration of gravity where he is. This compares with
the value of 24.79 m/s² measured by previous robotic space-probe missions
to Jupiter. The difference is less than 3.1% .

The only remaining questions are:

-- How is he managing to sit on top of the planet's gaseous envelope, playing
with his pendulum and staying in radio contact with us, without falling in ?

-- According to the graph, the pendulum was practically at zero displacement
when he released it at Time=0, and the first thing it did when he let go of it
was to swing out to 0.04 radians before turning back. This troubles me.
Either the pendulum was already swinging before Time=0 on this graph,
or else his data have been seriously doctored.

Explain why data from at least three seismic stations are needed to locate an earthquake epicenter

Answers

Each station has a circle made of possible epicenters. When you have atleast 3 epicenters you can narrow it down to 1 epicenter and there's that final point. Each station can detect how far away the epicenter was (by transverve body waves). When you only have one seismic station it's impossible to locate an earthquake epicenter.

What does the atomic number tell us about an atom of a certain element?

Answers

It tells us the number of protons in the nucleus of each atom of that element.

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