An object is accelerating at a constant rate due to a force being applied. What can be done to the force to decrease the objects
1 answer:
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Answer: e. on the equator and in the Atlantic Ocean
Explanation:
Latitude and Longitude are geographical coordinates.
<u>Latitude</u> is the angular distance between the <u>equatorial line</u>, and a specific point on the Earth. It is measured in degrees and is represented according to the hemisphere in which the point is located, which can be north or south latitude.
In this sense latitude refers to the equatorial line that divides the Earth in two hemispheres (North and South).
On the other hand, <u>Longitude</u> represents the specific <u>east–west </u>position of a point on the Earth's surface, being longitude the prime meridian or Greenwich meridian.
So, if we have latitude and longitude
(positive means it is to the East) we can already know the point is in the equator, and the option that bests describes the coordinates is e.
Answer:
Velocity on the right side of the cart
Explanation:
Given
⇒The mass on the left of the cart
Its velocity ,
⇒Mass on the right of the cart
Velocity We have to find
From
The law of conservation of linear momentum:
We can say that.
Initial momentum will equalize the final momentum.
And momentum is the product of mass and its velocity.
Assigning one of its velocity as negative because both are in different direction.
Lets call
Recalling the formula and plugging the values.
So the velocity of the cart on the right side that has a mass of is