Answer:
D. geographically and culturally stood between New England and the southern colonies.
Answer:
The force applied will cause the object to be displaced from its equilibrium position.
However, the motion caused by the force on the object will be slight/minimal because of the small difference between the weight of the object and the force applied.
Explanation:
The weight of the object, W = 49.5 lbs
Force applied, F = 50 lbs
From the information given, it is observed that the force applied is greater than the weight of the object, i.e. F > W
Since, the force applied is greater than the weight of the object, the force applied is sufficient to cause a displacement of the object from the equilibrium position since it is known that the only cause of motion is force.
<span>"according to some research, the degree" of implicit prejudice has declined, but the degree of explicit </span><span>prejudice keeps it alive under the surface.
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Implicit and explicit are two opposite words, the meaning of implicit is, "inferred or saw however not doubtlessly or straightforwardly communicated." whereas explicit means "to completely and unmistakably express something, leaving nothing suggested."
Answer:
This was a representative form of government. A representative form of government is the foundation of democracy. It gives citizens the opportunity to choose who will represent them on large scales and make decisions on their behalf.
Answer:
b) electrons jump onto or off the neutral ball when a charged object comes close
Explanation:
What causes a pithball to move is when "electrons jump onto or off the neutral ball when a charged object comes close".
The pithball electroscope is actually used to test if a body is charged or not. When a charged body is brought near the pithball, the ball moves. The movement of that charged body reveal that there are electrons it is carrying.
The pithball can actually be charged. It is charged by touching a charged object to it. This leads to some of the charges on the surface of the charged object moving to the surface of the ball. The pith-ball electroscope was invented by John Canton, a British schoolmaster and physicist in 1754.
