Answer:
B) elliptical
Explanation:
Answer:
I think it's the last one
Explanation:
good luck
Answer: The last one...8 waves per second
Explanation:
An upward fold in rock is not a plateau, but is termed an anticline. They form when two continental masses collide, causing the Earth's crust to fold and buckle, forming many of the world's mountain ranges.
False, an upward fold in a rock is not called a plateau but is termed as an anticline. The formation of this kind of structure occurs when two continental masses are in a collision course moving towards each other. They push against each other under great pressure causing the Earth's crust to buckle and fold. Some rock gets dragged deep below the surface while other folds are elevated to heights of many kilometres. This upward fold or anticline, is how many mountain ranges on Earth were formed, such as the Alps which resulted from the African plate bumping into the Eurasian plate.
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a
A metallic liquid substance
b
A very cold substance
c
A spherical solid metal made up of Nickel, Iron and small amount of sulfur, silicon and oxygen.
d
A flatten but thick structure similar to a granite counter top
Answer:
c
Explanation:
A spherical solid metal made up of Nickel, Iron and small amount of sulfur, silicon and oxygen.
you are welcome
a
Universal Law of Gravitation
b
Newton's Second Law
c
Newton's First Law
d
Newton's Third Law
Answer:
C. Newton's First Law of Motion
Explanation:
As the car comes to an abrupt stop, the body is still moving forward, and is moved back by the seatbelt, an outside force. If not for the seatbelt, the body would continue forward until acted on by the car itself, or thrown out of the car.
Answer:
1st law
Explanation:
Its horizontal velocity is determined at the instant of launch ... the angle and speed with which you launch it.
I suppose its mass might have some influence on how fast and at what angle you launch it, but we'd have to know more about how strong you are, and how you throw, to know what the effect of the mass might be.
But that's still just the effect the mass has on YOUR ability to handle it. If we can assume that you launch every projectile at the same angle and with the same speed, then their different masses have no effect on their range. Every projectile you launch hits the ground at the same place. Mass makes no difference.