Answer:
Explanation:
be (in units of Earth-pulls) between a Saturn-like planet and the Sun, if ... ... Sun, If The Planet Is 98 Earth-masses And Is Located At 9.23 AU From The Sun?
Hope this helps! Have a splendid day!
Do u have to find z? how do yk what z is?
Answer:
the answer is differences hope this helped :)
Answer:
Choice d. Approximately 
of the volume of this iceberg would be submerged.
Explanation:
Let 
denote the total volume of this iceberg. Let 
denote the volume of the portion that is under the liquid.
The mass of that iceberg would be 
. Let 
denote the gravitational field strength (
near the surface of the earth.) The weight of that iceberg would be: 
.
If the iceberg is going to be lifted out of the sea, it would take water with volume to fill the space that the iceberg has previously taken. The mass of that much sea water would be 
.
Archimedes' Principle suggests that the weight of that much water will be exactly equal to the buoyancy on the iceberg. By Archimedes' Principle:
.
The buoyancy on the iceberg should balance the weight of this iceberg. In other words:
.
Rearrange this equation to find the ratio between and :
.
In other words, of the volume of this iceberg would have been submerged for buoyancy to balance the weight of this iceberg.
In order to change from 45 m/s up to 9 m/s down, the velocity
of the ball has to change by (45+9)= 54 m/s downward.
Gravity adds 9.8 m/s of downward speed to any falling object
every second.
So the change takes (54/9.8) = 5.5 seconds .
