Question

In: Physics

Three jars each have volume V and height h, but they have different shapes as shown...

Three jars each have volume V and height h, but they have different shapes as shown in (Figure 1) . Water is to be added to each jar and the pressure is to be measured right at the bottom of each jar.

Figure 1

Image for Three jars each have volume V and height h, but they have different shapes as shown in (Figure 1) . Water is t

Part A

Rank the jars in order of decreasing pressure if the volume of water is V.

Rank from largest to smallest. To rank items as equivalent, overlap them.

P_a_, P_{c ,} P_b

or correct ranking cannot be determined.

Part B

Rank the jars in order of decreasing pressure if the volume of water is V/2.

Rank from largest to smallest. To rank items as equivalent, overlap them.

P_b _, P_a _, P_c

or correct ranking cannot be determined

Expert Solution

part A)

Pa = Pb = Pc

partB

PC > Pb > pa

genius_generous answered 2 years ago

1. A square-based pyramid has the volume V. If the vertical height is H (the normal...

1. A square-based pyramid has the volume V. If the vertical height is H (the normal distance from the square base to the point), write a MATLAB function that: has V and H as input arguments calculates the length of the side of the square (S) has S as an output argument Write MATLAB code that tests the function for the values: V = 10 m3 and H = 2 m. V = 2.586×106 m3 and H = 146.6 m...

Three molecules have similar electron domains, but different molecular shapes. Why? The ________ hydrogen orbital overlaps...

Three molecules have similar electron domains, but different molecular shapes. Why? The ________ hydrogen orbital overlaps with the ________ bromide orbital in HBr. (Valence Bond Theory) The temperature and pressure specified by STP are ______ °C and _______ atm. Calculate the density of hydrogen gas (in g/L) at 43.0 °C and 700.0 torr. How many molecules are there in 4.00 L of oxygen gas at 500 °C and 50.0 torr?

1a) If you have three genes H, M, and T located on three different chromosomes and...

1a) If you have three genes H, M, and T located on three different chromosomes and you performed the following cross: HhMmTt x hhmmtt How many phenotypic combinations would you see? 1b) If you have three genes H, M, and T located on three different chromosomes and you performed the following cross: HhMmTt x hhmmtt where H is Hairy and h is hairless; M is Mindful and m is mindless; and T is Tall and t is short. If there...

The volume of a cylinder is V space equals space pi space r squared space h,...

The volume of a cylinder is V space equals space pi space r squared space h, where r is the radius of the circular faces and h is the height of the cylinder. Your measurements show that the mean value of r is 21 cm and its statistical and instrumental uncertainties turned out to be 0.10 cm and 0.20 cm, respectively. Likewise, that of h are 13 cm for the mean, 0.2 cm (statistical) and 0.3 cm (instrumental) for its...

Three different-shapes rolling objects of the same radius and mass are released from rest at the...

Three different-shapes rolling objects of the same radius and mass are released from rest at the same elevation at the same time and roll without slipping) down an inclined plane, the one which finishes first is the one with Select one: a. The smallest moment of inertia b. The second- smallest moment of inertia c. They all finish at the same time d. The second- largest moment of inertia e. The largest moment of inertia

Question 4: a. Give two examples of invertebrate animals that have different forms or shapes at...

Question 4: a. Give two examples of invertebrate animals that have different forms or shapes at different points in their life b. What is pollen? When did it evolve (in what group of plants)? What capability did it give plants?

Suppose you have a trapezoid a vertical height of H with bottom and top widths of...

Suppose you have a trapezoid a vertical height of H with bottom and top widths of B and T. Suppose we draw a line of height h that is parallel to the base of the trapezoid. What are the dimensions of the new trapezoid? (i.e. top widths and height)

For each problem, sketch the appropriate process diagram on a T-v, P-v or P-h diagram 1)...

For each problem, sketch the appropriate process diagram on a T-v, P-v or P-h diagram 1) Oil enters the outer tube of an insulated concentric tube heat exchanger at a temperature of 500k, and exits at a temperature of 400k. The mass flow rate of the oil is 5 kg/s, and the oil has a specific heat of Cp=1.91 kJ/kg*K. Saturated liquid water at 100 degrees celsius enters the inner tube, and exits at 100 degrees celsius with a quality...

For each problem, sketch the appropriate process diagram on a T-v, P-v, or P-h diagram 4.60...

For each problem, sketch the appropriate process diagram on a T-v, P-v, or P-h diagram 4.60 : Steam exiting the turbine of a power plant passes through the insulated shell-and-tube heat exchanger condenser. The mass flow rate of the steam is 145 kg/s, and the steam enters the heat exchanger as a saturated mixture with a quality of 0.95 at 20 kPa. The steam exits the condenser as a saturated liquid at 20 kPa. Liquid cooling water is used to...

Three lightbulbs are connected to a 9-V battery as shown in Fig. 2.56 (a). Calculate:

Three lightbulbs are connected to a 9-V battery as shown in Fig. 2.56 (a). Calculate: (a) the total current supplied by the battery, (b) the current through each bulb, (c) the resistance of each bulb.