Answer:
There are lots of variables that directly and indirectly contribute to the presence of gas on a surface

if the size of a planet is relatively small it will in turn be that of a smaller area which results in the less area to be covered for gas which basically means higher presence

I can go in depth more but I don't think that would be necessary all you need to know is this ...based on the size and gas will in turn be parallel to it's conformity

if the size of a planet is relatively small it will in turn be that of a smaller area which results in the less area to be covered for gas which basically means higher presence

I can go in depth more but I don't think that would be necessary all you need to know is this ...based on the size and gas will in turn be parallel to it's conformity

Why bucket of water is filled faster in downstairs tap than in the upstairs tap

State the first law of thermodynamics

A cylindrical rod of mass M. length L and radius R has two cords wound around it whose ends are ato the ceiling as shown. The rod is held horizontally with the two cords vertical. When the rod s mecasecords unwind the rod rotates. Find the tension in the cords as they unwind.

Newton began his academic career in 1667 for how long was he a working scientists was he a very productive scientist

Stephen and andy are sitting next to each other on a bench. according to the law of universal gravitational there should be a gravitational force between them. why don't they feel this force?A.) Universal Gravitational only applies to objects that are far from earth's surface B.) The gravitational force is balanced out by the force of friction.C.) The gravitational force between them is extremely small.D.) The gravitational attraction is balanced by an equal and opposite gravitational repulsion

State the first law of thermodynamics

A cylindrical rod of mass M. length L and radius R has two cords wound around it whose ends are ato the ceiling as shown. The rod is held horizontally with the two cords vertical. When the rod s mecasecords unwind the rod rotates. Find the tension in the cords as they unwind.

Newton began his academic career in 1667 for how long was he a working scientists was he a very productive scientist

Stephen and andy are sitting next to each other on a bench. according to the law of universal gravitational there should be a gravitational force between them. why don't they feel this force?A.) Universal Gravitational only applies to objects that are far from earth's surface B.) The gravitational force is balanced out by the force of friction.C.) The gravitational force between them is extremely small.D.) The gravitational attraction is balanced by an equal and opposite gravitational repulsion

vary means very many

The normal acceleration in the United States is zero to sixty time. The average rate on ordinary cars was between 3 and 4 m/s2

I went to everybody's favorite search engine to get some data to answer this question with. I can't name it, but it rhymes with Floogle. Anyway, I searched for the phrase "zero to 60" just to get an idea of what's hot.

Floogle pointed me to a website that provided this data on fast cars:

#1). 2016 AMZ Grimsel Electric Race Car0-60 mph 1.5 sec

#2). 2014 Porsche 918 Spyder0-60 mph 2.3 sec

#3). 2015 Tesla Model S P90D 'Ludicrous Speed' Upgrade0-60 mph 2.6 sec

And my favorite, because I own one:

#4). 2000 Dodge Intrepid ES 0-60 mph 8.4 sec

Here are the accelerations for the zero-to-60 times listed for these 4 cars:

#1). 17.88 m/s² (1.82 G's)

#2). 11.66 m/s² (1.19 G's)

#3). 10.32 m/s² (1.05 G's)

#4). 3.19 m/s² (0.33 of a G)

That's what these "fast cars" will do, on the track,

with their pedals mashed to the metal.

"Normal" accelerations are all less than these.

Floogle pointed me to a website that provided this data on fast cars:

#1). 2016 AMZ Grimsel Electric Race Car0-60 mph 1.5 sec

#2). 2014 Porsche 918 Spyder0-60 mph 2.3 sec

#3). 2015 Tesla Model S P90D 'Ludicrous Speed' Upgrade0-60 mph 2.6 sec

And my favorite, because I own one:

#4). 2000 Dodge Intrepid ES 0-60 mph 8.4 sec

Here are the accelerations for the zero-to-60 times listed for these 4 cars:

#1). 17.88 m/s² (1.82 G's)

#2). 11.66 m/s² (1.19 G's)

#3). 10.32 m/s² (1.05 G's)

#4). 3.19 m/s² (0.33 of a G)

That's what these "fast cars" will do, on the track,

with their pedals mashed to the metal.

"Normal" accelerations are all less than these.

The equator is the closest part of out** planet** that is closest to the sun, which means that the continents closest to the **equator** will in turn be **warmer.**

The **imaginary line** that circles the Earth's center is known as the Equator. It divides the **Earth** into the Northern and Southern Hemispheres and is located halfway between the North and **South Poles.**

An **equator** is a hypothetical line that circles a planet or other celestial body in the centre. At its **Equator, **the Earth is at its broadest. The circumference of the **Earth,** measured at its equator, is 40,075 kilometers (24,901 miles).

The equatorial bulge is a phenomena caused by the **Earth's** diameter being wider in the **Equator.** A straight line with its endpoints on the circle's edge and a path through its center is used to calculate a circle's **diameter. **

Therefore, The equator is the closest part of out** planet** that is closest to the sun, which means that the continents closest to the **equator** will in turn be **warmer.**

To learn more about **equator**, refer to the link:

#SPJ2

The equator is the closest part of out planet that is closest to the sun, which means that the continents closest to the equator will in turn be warmer.

Well you would use The equation Average Speed= Distance/Time

S=4/5

S= 0.8

When you're trying to find the distance and speed, you always use the equation:

Average Speed = Distance/Time

So your answer is:

S=4/5

S= 0.8

The

to complete one cycle. You just told us what it is for the

pendulum . . .

The

that's

1 / (6 sec) = (1/6) per second =

The period is 2.4 seconds and the frequency is I believe 1/6 I'm not entirely sure since I don't think this question has enough information.

rims). The left wheel has a mass of 2.5 kg and

radius 22.2 cm. The right wheel has a mass

of 2.7 kg and radius 27.49 cm. The hanging

mass on the left is 1.59 kg and on the right

1.24 kg

m

mz

What is the acceleration of the system?

The acceleration of gravity is 9.8 m/s.

Answer in units of m/s.

Left:

2*g-TL=2*aL

aL=α*0.231

therefore

TL=2*(g-α*0.231)

Right:

TR-1.4*g=4*aR

aR=α*0.272

therefore

TR=1.4*(g+α*0.272)

Wheels:

TL*0.231-TR*0.272=

(2*0.231^2+2.3*0.272^2)*α

combine and solve for α

2*g-TL=2*aL

aL=α*0.231

therefore

TL=2*(g-α*0.231)

Right:

TR-1.4*g=4*aR

aR=α*0.272

therefore

TR=1.4*(g+α*0.272)

Wheels:

TL*0.231-TR*0.272=

(2*0.231^2+2.3*0.272^2)*α

combine and solve for α