3. Assume the can is entirely filled with vapor just prior to the implosion. Assuming the can is a cylinder with a diame
Posted: Thu Jul 14, 2022 2:52 pm
this was an experiment about cans getting crushed from water pressure
3. Assume the can is entirely filled with vapor just prior to the implosion. Assuming the can is a cylinder with a diameter of 2.1 inches and height of 4.5 inches, what is the mass of vapor in the can just prior to implosion?
4. By what factor does the volume of the water change when the vapor is condensed to liquid? 5. Estimate the total heat rejected from the water in the can (BTU) to convert the water from a saturated vapor at atmospheric pressure to a subcooled tiquid at atmospheric pressure and 70 F.
3. Assume the can is entirely filled with vapor just prior to the implosion. Assuming the can is a cylinder with a diameter of 2.1 inches and height of 4.5 inches, what is the mass of vapor in the can just prior to implosion?
4. By what factor does the volume of the water change when the vapor is condensed to liquid? 5. Estimate the total heat rejected from the water in the can (BTU) to convert the water from a saturated vapor at atmospheric pressure to a subcooled tiquid at atmospheric pressure and 70 F.