Calculate the work done by the system during an isothermal

Reference no: EM13702812

Problem- Calculate the work done by the system during an isothermal reversible expansion of 3 moles of a gas that obeys to the following equation of state

p=nrt/v-nb

knowing that: (a) At T = 120 K, the gas expands from 15.0 dm3 to 25.0 dm3; (b) b = 0.038577 dm3^_.mol-1

I am thankful to receive an expert help to solve the above problem

Reference no: EM13702812

Questions Cloud

What do the electric field lines look like : A flat non conducting sheet lies in the x - y plane. The only charges in the system are on this sheet. In the half space above the sheet, z > 0, What do the electric field lines look like

What is the final speed of the crate : A 98.0-kg crate is being pushed across a floor. The net horizontal force on the crate is 31.0N. Starting from rest, the crate is pushed over a distance of 6.7m. What is the final speed of the crate

The second virile coefficient for methane can approximated : Problem- From 300 K to 600 K, the second virile coefficient for methane can be approximated by the empirical equation

What is the resistance of a section wire : The resistivity of tungsten is 5.60 × 10-8 ohm•m. What is the resistance of a section of 4 gauge wire (diameter 0.5182 cm) that is 1.75 m long

Calculate the work done by the system during an isothermal : Problem- Calculate the work done by the system during an isothermal reversible expansion of 3 moles of a gas that obeys to the following equation of state

By what factor does its resistance increase : A wire is drawn through a die, stretching it to 5.1 times its original length. By what factor does its resistance increase

What is the mass of the object : Unless otherwise stated, all objects are located near the Earth's surface, where g = 9.8 m/s2. What is the mass of the object

Calculate the speed of an electron : Calculate the speed of an electron after it accelerates from rest through a potential difference of 370V

Explain the molar heat capacity of o2 at constant pressure : Problem- When 2.00 mol of O2 (treated as ideal) are heated at a constant pressure of 4.00 atm, its temperature increases from 260 K to 285 K. Knowing that the molar heat capacity of O2 at constant pressure is 29.4 JÂ•K-1Â•mol-1

User Account

All Pages