Answer:
The water will flow at a speed of 3,884 m/s
Explanation:
Torricelli's equation
v = 
*v = liquid velocity at the exit of the hole
g = gravity acceleration
h = distance from the surface of the liquid to the center of the hole.
v = 
= 3,884 m/s
Answer:
B
Explanation:
Taking the accelerating force of the wind into cognisance. We can represent it as the sum of two components:
707 /√2 = 500 N acting north, and
707 /√ 2 = 500 N acting east.
The reason is because it is said to be acting NorthEast wards, so it's acting both to the North and to the East. The eastward component will then cancel that of the westward component of the drag of the keel.
Essentially, the sum of two forces that is acting on the boat will then be equal to 500 N north.
To get the acceleration of the boat, we then divide the force by the given mass such that
500/200 = 2.5 m/s^2 northward.
The viscosity of magma is directly related to the silica content. That being said, the viscosity of magma is higher when the silica content is also high and it is a low viscosity magma when the silica content is also low. The silica content of low viscosity magma is approximately 45 - 55 wt%.
Answer:
It will end composed of carbon and oxygen, with the lighter (outer) hydrogen and helium layers blown off.
Explanation:
