Yes, an object's speed can still increase if its acceleration decreases, as long as the acceleration is positive. If the acceleration decreases but remains positive, the object will continue to speed up, just at a slower rate.
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Contact the company it could be a faulty test.
Suppose x and y are two POSITIVE numbers so that -x and -y are negative. Then a negative minus a negative = (-x) - (-y) = -x +y If x > y the answer is negative If x = y the answer is zero If x < y the answer is positive
Integers can be used for everyday life! There are two kinds of integers - positive and negative. Integers greater than 0 are positive integers, while integers less that 0 are negative integers. Zero is neither positive nor negative. For example, the game Mancala is an African game that is over 3,000 years old. The object is for a player to capture the opponent's stones. Suppose a player removes 12 opponent's stones. Since there is a decreases in stones, the negative integer, -12, represents this situation.
The best way to figure this out would be to use an example. So suppose you had a -20 and divided that by a positive 5. That would give you a -4. Take that -4 and divide it by a -2 which would give you a positive 2 (knowing that two negative numbers cancel out to make a positive number). Thus a negative divided by a positive divided by a negative would give you a positive number.
Acceleration can be in the opposite direction of motion, which is called deceleration. Acceleration can also be in the same direction as motion, causing an increase in speed. The direction of acceleration depends on the forces acting on the object.
I suppose you are talking about one to an amp. If so, you have to hook up a positive from one side to the negative of the other.
acceleration doubles too.
Just as seeds in a watermelon electrons are embedded in a positive ball
Yes, acceleration can be positive while velocity is negative for an object. This situation occurs when the object is slowing down in the negative direction. The positive acceleration is acting against the negative velocity to decrease its magnitude.
Increasing acceleration refers to an increase in the rate at which an object speeds up, while increasing deceleration refers to an increase in the rate at which an object slows down. Acceleration results in a higher velocity, while deceleration results in a lower velocity.