Answer:
The density is 
Explanation:
From the question we are told that
The weight in air is 
The weight in water is 
The weight in a unknown liquid is 
Now according to Archimedes principle the weight of the object in water is mathematically represented as
Where 
is he mass of the water displaced
substituting value
Now according to Archimedes principle the weight of the object in unknown is mathematically represented as
Where 
is he mass of the unknown liquid displaced
substituting value
dividing equation 2 by equation 1
=> 
Now since the volume of water and liquid displaced are the same then
This because
So if volume is constant
mass = constant * density
Where 
is the density of the liquid
and 
is the density of water which is a constant with a value 
So
It would definitely be 40,000 <span>kg • m/s because if you double either the mass or velocity and the other stays the same, the momentum will double no matter what.</span>
B. A film of food wrap. The cell membrane is the outermost layer that is protecting the cell
Answer:
The answer is A.
Explanation:
To measure a temperature, you have degrees with Farenheight or Celsius. Meters are measured with a meter stick while grams and kilograms are measurments for weight.
Therefore, degrees Celsius is your answer.
Best of Luck to you!
There is a displacement. Just because the ball is thrown up,
and not crossways, doesn't mean its location is not moving. Remember, positive
displacement is together a displacement in the direction east, right, and up.
The velocity is the distance over time. To compute that, you must look how high
the ball moved before falling back down. Acceleration is expected to be
constant at 9.80m/s^2. That is the force of gravity. But remember that you are disregarding
air friction when you are computing the acceleration.
