At A Temperature To 27c And With A Pressure P 1 Atm The Gas Is Heated Until It Occupies A Volume Vy 2 5 L Calculate Th 1 (15.9 KiB) Viewed 35 times
At A Temperature To 27c And With A Pressure P 1 Atm The Gas Is Heated Until It Occupies A Volume Vy 2 5 L Calculate Th 2 (15.9 KiB) Viewed 35 times
At A Temperature To 27c And With A Pressure P 1 Atm The Gas Is Heated Until It Occupies A Volume Vy 2 5 L Calculate Th 3 (15.9 KiB) Viewed 35 times
at a temperature To 27C and with a pressure P 1 atm. The gas is heated until it occupies a volume Vy-2.5 L. Calculate the mass Mf of gas contained in the cylinder, the work done by the gas and the amount of heat exchanged by the gas in the process Exercise 4 Two capacitors C and C are connected in parallel. The second capacitor has capacitance Cy-1-10 "F, the first in a vacuum capacitor, with surface plates S 600 cm, placed at a distance-3 mm Initially, the system of the two capacitors is charged with a constant electromotive force generator V 400 V placed in parallel to C, and C₂. Subsequently the generator is disconnected and the space between the plates of the capacitor C is filled with a dielectric of relative dielectric constant c Calculate: a) the charge variation in the C₁ capacitor; b) the variation of potential at the ends of Ca e) the work of the field forces in the filling process.
at a temperature To 27C and with a pressure P 1 atm. The gas is heated until it occupies a volume Vy-2.5 L. Calculate the mass Mf of gas contained in the cylinder, the work done by the gas and the amount of heat exchanged by the gas in the process Exercise 4 Two capacitors C and C are connected in parallel. The second capacitor has capacitance Cy-1-10 "F, the first in a vacuum capacitor, with surface plates S 600 cm, placed at a distance-3 mm Initially, the system of the two capacitors is charged with a constant electromotive force generator V 400 V placed in parallel to C, and C₂. Subsequently the generator is disconnected and the space between the plates of the capacitor C is filled with a dielectric of relative dielectric constant c Calculate: a) the charge variation in the C₁ capacitor; b) the variation of potential at the ends of Ca e) the work of the field forces in the filling process.
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