When the block is completely submerged, how does the volume of the block compare to the volume of liquid displaced? The volume of the block can be found in the upper left- i. hand side of the screen in the video. What determines the volume of liquid displaced by a submerged object? (Does it depend on the object's mass, its volume, or its depth?) ii.

When the block is completely submerged, how does the volume of the block compare to the volume of liquid displaced? The volume of the block can be found in the upper left- i. hand side of the screen in the video. What determines the volume of liquid displaced by a submerged object? (Does it depend on the object's mass, its volume, or its depth?) ii.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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PROBLEM: show complete step by step solution. 1. The tube is sealed onto a tank as presented. The tank has a base area of 90.0cm². a) Find the force on the bottom of the tank due to oil when the tank and capillary are filled with oil (p = 0.72g/cm³ ) to the height h1. b) Repeat for h2.
Show the complete solution. 1.)A barrel contains a 0.120 m layer of oil floating on water that is 0.250 m deep. The density of the oil is 600 kg/m^3.What is the gauge pressure at the oil-water interface and at the bottom of the barrel?
instructions in photo
Please solve and answer the question correctly please. Thank you!!
A nail with a mass of 6.695 g is placed into 6.26 mL of water in a graduated cylinder, and it sinks to the bottom. The water level increases to 8.43 mL. Determine each of the following and then enter only the answer to question iv below. i. What is the mass of the nail? ii. What is the volume of the nail? iii. Write down in your "Bring to lab notes" how you determined the volume of the nail. iv. Determine the density of the nail.Enter your answer for the density in units of g/mL in the box below with at least 2 decimal places.
Show the complete solution. 1.)A barrel contains a 0.120 m layer of oil floating on water that is 0.250 m deep. The density of the oil is 600 kg/m^3.What is the gauge pressure at the oil- water interface and at the bottom of the barrel?
3. A vertical plane surface is submerged in the liquid as shown in Figure 1. The width of the surface is W. The density of the incompressible liquid is p. Find a general expression for the resultant force F Figure 1: Schematic for Question 3
Question 4 Fluids: A stone has an apparent weight of 803 N when submerged in fresh water (with a density of 998 kg/m^3), which then weighs 1385 N in air. What is the volume of the stone? Answer in m^3. Show solutions for this question Add your answer
I didn't answer any of it I just pulled the list down so you can see the different options.
PROCEDURE:Fill the kitchen dish halfway to the brim. Let the water settle down, ensuring that the surface of the water in the dish is still, and undisturbed.Place the small floater onto the water and let it float.Hold the pebble 10 cm above the centre of the dish (use the ruler for the height).Drop the pebble into the water in the dish.Observe and record your observations under Results. 1. As a result of step 5, what did you observe? 2. What created the wave on the water surface as observed? 3. Describe the motion of the floater in relation to the direction of the wave.
Example: In this example, you need to recall your pressure equation from the pressure lab. Specifically: P = p(g)(depth) You also need to recall that in general P = F/A and therefore, Force = P(A) %3D In this diagram, suppose the green box is Force due fluid pressure pushing on the top of the box 30 cm immersed in fresh water and has all dimension at 40 cm. Suppose the block is 30 cm below the surface of the water. 40 cm Question to answer: What is the pressure at the top and bottom of the box (30 cm and 70 cm below the surface)? P, = Your answer N/m? Тop Force due to Gravity P. Bottom Your answer N/m² Force due fluid pressure pushing on the bottom of the box Remember this is a cube, so each face has an area of A = Lx W = .4m x .4m = .16 m?
An open, clean glass tube (0 = 0°) is inserted vertically into a pan of water (see the Video). What tube diameter, d, is needed if the water level in the tube is to rise 0.25 tube diameter's (due to surface tension)? d = i ft