What is the number of moles in the gass sample

Reference no: EM13525010

A sample of a gas occupies 5.25 m^3 at an absolute pressure of 1.00atm & temp of 20 degrees C:

a) what is the number of moles in the gass sample.

b) the new volume if the pressure is changed to 2.00 atm @ the same temp.

Reference no: EM13525010

Questions Cloud

Evaluate the relative amounts of 1-chloropropane : Calculate the relative amounts of 1-chloropropane and 2-chloropane obtained the radical chlorination of propane

Prepare the appropriate journal entry for each of the items : Prepare the appropriate journal entry for each of the items above (a. through j.). You can assume that all transactions with employees, customers, and suppliers were conducted in cash.

Calculate the pressure in the gas sample : A sample of a gas occupies 5.25 m^3 at an absolute pressure of 1.00atm & temp of 20 degrees C: calculate the pressure in the gas sample if the volume is held at 5.25 m^3 while the temp is lowered to negative 40 degrees C

Explain how many grams of dry product are expected : A sample of magnesium sulfate heptahydrate having a mass of 7.35 g. is dried completely. How many grams of dry product are expected to be found

What is the number of moles in the gass sample : A sample of a gas occupies 5.25 m^3 at an absolute pressure of 1.00atm & temp of 20 degrees C: what is the number of moles in the gass sample

Find what volume will be in your lungs : Assume you are a scuba diver preparing for a 30m dive into sea water of density 1025 kg/m3, what volume will be in your lungs at a depth of 15m? at 30m

Prepare a statement of cash flows for 2011 : Prepare a statement of cash flows for 2011 using the indirect method - TAGUCHI COMPANY

State the iupac name for each of these alcohols : Eight open-chain isomeric alcohols have the formula C5H11OH. Draw the structural formula and write the IUPAC name for each of these alcohols.

What are the gauge and absolute pressures : Assume you are a scuba diver preparing for a 30m dive into sea water of density 1025 kg/m3, what are the gauge and absolute pressures in Pa you experience at a depth of 30 m in the sea

User Account

All Pages