The modern periodic table is arranged in order of increasing atomic

Answers

Answer 1
Answer: The periodic table is in increasing atomic mass. Hope this helped.
Answer 2
Answer: yes your statement is true  hopeful this helped you  a little 

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While traveling north on an expressway, a car traveling 60 mph (miles per hour) slows down to 30 mph in 12 minutesdue to traffic conditions. Calculate the acceleration.

Answers

Answer:

the acceleration is 2.5 MPH over 12 mins.

Explanation:

30 MPH in 12 minutes=

30/12=

2.5

What material would make the best heating element for an electric range?a. a resistor, which converts some electric energy to thermal energy
b. an insulator, which stops the flow of electricity
c. a conductor, which carry electric currents
d. a conductor surrounded by an insulator

Answers

Conductor is a material would make the best heating element for an electric range.

What is conductor?

A conductor, which carry electric currents is considered as the best heating element for an electric range because conductor is a material that transfer large amount of heat and electricity without losing it.

So we can conclude that conductor is a material would make the best heating element for an electric range.

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Answer:

A. A resistor, which converts some electric energy to thermal energy.

Explanation:

I took the k12 test!

If you drop a stone into a hole drilled all the way to the other side of Earth, the stone will _____. A. speed up until it gets to the center of Earth B. slow down until it reaches the center of Earth C. speed up until it reaches the other side of Earth D. stop at the center of Earth

Answers

D. It would speed up, then go a little bit of the way to the other side, then it would come back to the centre. But if you do drop a stone down that hole, please put a GoPro on it.
If you live in the USA and you drill a hole all the way through the Earth
to the other side (don't try this at home), then the Indian Ocean will pour
into the hole before you have a chance to do any experiments with it.

But this is our "gedanken" (thought)-experiment, we own it, and we can
add any additional helpful rules to it that we need. So let's say that we got
the government of India to help us with our experiment, and all the time
we were drilling, they had ships out in the Indian Ocean building a wall
around the spot we're aiming for. The wall is a cylinder, 6-inches across
the open end and about 5 miles long ... whatever it has to be to reach the
bottom and settle 1 foot into the mud down there.  The wall is completed
2 weeks before the tip of our drill reaches the Earth's surface on the other
side, and the Indian Navy Corps of Engineers uses that 2 weeks to pump
all the water out of that cylinder, so that when the tip of our drill pops out
of the ocean floor, there's nothing but sunshine above it.

Now we start the experiment.  The President of The United States and
several hundred scientists, important people, celebrities and dignitaries
are all gathered around the hole in the ground.  The Chief Scientist on
the Project hands the stone to the POTUS, and she bends down and
gently drops it into the hole.

The stone falls into the hole, going deeper and deeper, down to where
the sun don't shine, and nobody can see it any more.  People wait around
for a while, staring into the hole, but there's nothing seen or heard. 
They get bored and start to leave, first one or two people at a time ...
those with the shortest attention spans.  Then in small groups, and
eventually everybody gives up and leaves.  There's nobody left there
86 minutes later.  The stone reappears in the hole, quietly, for just an
instant, rising to exactly the same height as the President's hand was
when she let it go, stopping for an instant, and then just as quickly and
quietly falling back down into the hole, to repeat the whole journey.

Here's what happened to the stone when it was dropped:

-- It fell straight down toward the center of the Earth.falling faster and faster,
gaining speed all the time but with less and less acceleration.

-- It reached its maximum speed as it reached the center of the Earth. 
I regret that just now I can't tell you what that speed was, because I don't
know it. But whatever it was, it depended only on the Earth's mass, and
it would have been the same speed for ANY stone that was dropped into
the hole and could fit through without scraping the sides.

-- As the stone passed the center of the Earth, it began to lose speed,
with small deceleration at first, but at a growing rate as it continued farther
from the Earth's center.

-- It arrived at the surface on the other side of the globe 43 minutes after
it was dropped into the hole.  As it approached the surface, its speed shrank
to zero, just as its acceleration peaked at 9.8 m/s², and it stopped, for just
an instant, at the surface.  In that instant, it was in exactly the same position
and situation as at the moment it was dropped from the hand in the USA, and
if there had been another hand there to grab it, it could have been grabbed
and placed on display in the Museum of Geology at Tech Mahindra's head-
quarters near Mumbai.  But there was no hand there, and no sooner had it
appeared at the mouth of the hole and hesitated briefly, than it began to fall
back into the hole, just as if it had been dropped from THIS side.

-- After another 43 minutes, the stone reappeared at the mouth of the hole
in the USA and stopped for an instant.  It was 86 minutes since the original
drop. The sound equipment and the lighting had all been taken down, the
technicians were gone, the reporters and their cameramen were all at the
bars, and there were only a few movers left at the scene, dismantling the
VIP bleachers and loading them into the rented trucks. One of them was
leaning against a truck, catching his breath and wiping his brow, when
something caught his eye. He noticed a stone slowly rising from under-
ground toward the mouth of the hole in the ground. Just as the stone
slowly reached the surface, he reached down, plucked it out of the hole,
dropped it into his pocket, climbed into the driver's seat of the truck, and
headed for the rental garage.

The stone did exactly the dance of a pendulum, but without the string ...
minimum speed with maximum potential energy and acceleration at the
ends, maximum speed and kinetic energy with minimum acceleration in
the middle, and a period of 86 minutes.

===>  Same period as a satellite in the lowest possible Earth orbit ...
one that skims the Earth's surface just above the mountain peaks, if
there were no atmosphere.  86 minutes.  Both for the same reasons,
but which I don't think I could explain like I used to, even if you wanted
to hear it.

Terrane accretion generally occurs along a ________ boundary between a continental plate and an oceanic plate.

Answers

Answer; 
Terrane accretion generally occurs along a convergent boundary between a continental plate and an oceanic plate.

Explanation; 
Terrane accretion occur at convergent plate boundaries, however, it may be possible for a terrane to be brought from an exotic location along a transform plate boundary.
Additionally, it is also likely for a new divergent plate boundary to develop that rifts a continent apart.

How high does the atmosphere extend from the earth

Answers

The atmosphere extend from the Earth up to  10,000 km.

What is atmosphere?

An atmosphere is the layers of gases surrounding a planet Earth. It's atmosphere is composed of about 78% nitrogen, 21% oxygen, and other gases.

Earth's atmosphere has five major layers. From lowest to highest, the layers are the troposphere, stratosphere, mesosphere, thermosphere and exosphere.

The exosphere is the topmost layer of Earth's atmosphere . It extends from the end of thermosphere, about 700 km above sea level, to about 10,000 km.

Thus, the atmosphere extend from the Earth up to  10,000 km.

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The exosphere is the outermost layer of Earth's atmosphere (i.e. the upper limit of the atmosphere). It extends from the exobase, which is located at the top of the thermosphere at an altitude of about 700 km above sea level, to about 10,000 km (6,200 mi; 33,000,000 ft) where it merges into the solar wind.

What would happen if the world stopped spinning? would everyone fly forword or what would happen

Answers

Well, the atmosphere would still be in motion (according to Newton's First Law) with the Earth's original 1100mph. rotation speed at the equator. Everything on land that's not attached to bedrock would be wiped clean

Answer:

wed fly forward 1,000 miles an hour towards the sun

Explanation: