The fundamental closeness is they have a similar like charges repulse each other, distinctive charges pull in each other. While their distinction is that attractive "charges" can't be isolated. At any rate, so far it has not been accomplished. I trust this makes a difference.
Answer:
Hurricane
Explanation:
Hurricane can be described as a huge storm that came with a strong and harsh wind. This wind tends to move in a circular motion over warm ocean water that are found in tropical regions.
Hurricane comes with strong winds that move at the rate of over 60 miles per hour, this results in the formation of a heavy rainfall. Hurricanes are also referred to as cyclones depending on where they take place. In places like Florida, which is surrounded by the Atlantic ocean the type of natural hazard that occurs there is known is hurricane.
Hurricane is formed when warm air that emanates from the ocean begins to rise up to a very high temperature, When it comes across a much more cooler air the steam condenses and results in a heavy downpour.
Answer:
D) 12.3 m/s downward
Explanation:
We use the next free fall equation

where
is the height of the cliff,
the initial velocity,
the acceleration of gravity (
) and
is time.
For the fist rock
since the rock was dropped, and
, so we have:

simplifying

the height of the cliff is 44.145m
Now, about the second rock we know that is the same height and now the time es
, and we need to find 
From the fist equation

we clear for 

and substitute known values


wich rounds up to 
the direction is downward because the rock is thrown so that it falls through the cliff.
Answer:
It would 110
Explanation:
It is only because of a división leading you into a
Answer:
The mass of Mr. Thomson’s prius is 2650 kg.
Explanation:
We are given with, the kinetic energy of Mr. Thomson’s prius is 641300 J
He is moving with a velocity of 22 m/s
It is required to find the mass of Mr. Thomson’s prius.
Due to his motion, a kinetic energy will possess by him. The mathematical form of kinetic energy is given by :

Solving for m

Plugging all the values, we get :

So, the mass of Mr. Thomson’s prius is 2650 kg.