At a depth of about 10 meters the water pressure on you is equal to the pressure of 1 atmosphere. the total pressure on you is therefore 2 atmospheres1 atm from the water and a second atm from the air above the water. when the glass shown below is pushed down to a depth of around 10 meters in depth, what will be the level of the water on the inside of the glass?
Answers (1)
Know the Answer?
Not Sure About the Answer?
Get an answer to your question ✅ “At a depth of about 10 meters the water pressure on you is equal to the pressure of 1 atmosphere. the total pressure on you is therefore 2 ...” in 📙 Physics if there is no answer or all answers are wrong, use a search bar and try to find the answer among similar questions.
Search for Other Answers
You Might be Interested in
Name a common product produced by blow molding.
Answers (1)
In a swimming pool, where is the greatest fluid pressure? thirty centimeters below the surface one meter below the surface two meters below the surface
Answers (1)
Does spearmint gum have alcohol in it
Answers (1)
Why does conduction occur in solids and liquids easier compared to gases? options: Because the particles in gases are closer together and move slower Because the particles in gases are farther apart and move faster.
Answers (1)
A jumbo jet must reach a speed of 360 km/h ( = 225 mi/h) on the runway for takeoff. assuming a constant acceleration and a runway 1.50 km long, what minimum acceleration from rest is required?
Answers (1)
New Questions in Physics
Explain the relationship between motion and frame of reference.
Answers (1)
Two students are looking at a brightly lit full Moon, illuminated by the reflected light from the Sun. Consider thefollowing discussion between the two students about what the spectrum of moonlight would look like.
Answers (1)
When performing a battery load test, what should the load be set to?
Answers (1)
If you push on a wall of a building what will happen
Answers (1)
A conductor, with outer surface labelled a, contains a cavity, inner surface b. In this cavity there is a conducting sphere of radius r, and surface c. The sphere carries a charge of 1 C, while the conductor a charge of 2 C.
Answers (1)