A canister with thin metal walls is immersedin water with temperature T. (See figure.)Initially the canister holds air at atmosphericpressure.Then, using the piston that forms the lid ofthe canister, you compress the air until itoccupies half of its original volume.a) Assuming that the water maintains the air attemperature T throughout the process, whatwill be the final air pressure in the canister?airb) Sketch this process on a p-V diagram. Labelthe axes as completely as possible according tothe given information.

A canister with thin metal walls is immersed in water with temperature T. (See figure.) Initially the canister holds air at atmospheric Then, using the piston that forms the lid of the canister, you compress the air until it occupies half of its original volume. pressure. a) Assuming that the water maintains the air at temperature T throughout the process, what will be the final air pressure in the canister? air b) Sketch this process on a p-V diagram. Label the axes as completely as possible according to the given information. •

A canister with thin metal walls is immersed in water with temperature T. (See figure.) Initially the canister holds air at atmospheric Then, using the piston that forms the lid of the canister, you compress the air until it occupies half of its original volume. pressure. a) Assuming that the water maintains the air at temperature T throughout the process, what will be the final air pressure in the canister? air b) Sketch this process on a p-V diagram. Label the axes as completely as possible according to the given information. •

Similar questions

this cylinder has a rod inside (same height as the cylinder), around the rod there is paraffin wax that will expand, I want to know how to reduce the thickness of this cylinder. However, I don't know what formulas I need to be able to do this. Can you explain the process I have to do? Please can you make an example with the data you choose to have an example of how to do this step by step? Thank you Also keep in mind that the wax is expanding by an induction coil, and the heat is happening around the cylinder. And the thickness of the stainless steel cylinder has to be thin but not so thin that it causes a pressure problem. So is more of a geometry problem. Thank you
The image shows a cylinder with a movable wall (partition) and a piston. Movable partition Piston -Work Vacuum Gas What properties of matter allow the gas to expand and contract as the wall is removed and the piston moved as depicted in the image? O A The particles of a gas are close together, they completely fill the volume of the container, they are strongly attracted to each other. ©2021 Illuminate Education TM, Inc. hp -> esc #3 %24 96
Q2. As illustrated in the figure steam inlets to a turbine at P1= 5 MPa, T1= 6000C, and V1= 250 m/s, and leaves the turbine with a pressure and vapor quality of P2= 100 kPa and x= 0.94, respectively. Accordingly, determine, a) Find turbine work (W) with the assumption that kinetic energy changes are negligible, b) Demonstrate that kinetic energy changes are negligible.
T8b please help me with my reviewer, please provide me a detail solution
Aà
A cube 19 cm on each side contains 4.0 g of helium at 20*C. 1000 J of heat energy are transferred to this gas. A. What is the final pressure if the process is at constant volume? B. What is the final volume if the process is at constant pressure?