Determine the temperature inside the box

Assignment Help Physics

Reference no: EM13491546

The rms speed of 1.0 mol of argon atoms (atomic weight 40 g/mol) in a box is 680 m/s. Treat the gas as ideal.

(a) What is the temperature inside the box?

___________K

(b) What is the internal energy?

______________kJ

______________Pa

Reference no: EM13491546

Questions Cloud

What is vendor duplicate payment analysis : As CFO, verbally describe in a narrative whether there are any things Ramsey PO Clerks should be looking out for or doing better in their data entry.

Explain a radical chlorination reaction : Assume that you have carried out a radical chlorination reaction on (R)-2- chloropentane and have isolated (in low yield) 2,4-dichloropentane.

Define what is the band gap energy in kilojoules per mole : What is the band gap energy in kilojoules per mole if bule diamonds absorb orange light with a wavelength of 675nm

Determine what type of data the column contains : As the CFO, you would like to see this report summarized by vendor, with amount totals, displayed in a pivot table that shows Status across the top, with Vendors down the left side, with amounts and grand totals. (Check your pivot totals to yo..

Determine the temperature inside the box : The rms speed of 1.0 mol of argon atoms (atomic weight 40 g/mol) in a box is 680 m/s. Treat the gas as ideal. What is the temperature inside the box

Explain the unit of quadrillion british thermal units : World energy supplies are often measured in the unit of quadrillion British thermal units (10^12 Btu ), generally called a "quad." In 2015, world energy consumption is projected to be 5.81 x 10^17Kj

State what is the equilibrium concentration of fluorine : What is the equilibrium concentration of fluorine if the initial concentrations of bromine and fluorine were 0.113 moles/liter in a sealed container and no product was present initially

By what percentage should you reduce the tension : In order to decrease the fundamental frequency of a guitar string by 4.0%, by what percentage should you reduce the tension

Explain the largest release of free energy : Consider the fermentation of one molecule of glucose (Glc) to two molecules of lactate (Lac): Glc 2 Lac. Which of the following sets of concentrations would result in the largest release of free energy at 30°C

User Account

All Pages