Calculate how many moles of gas are present

Reference no: EM13286217

An ideal gas at 17.8 °C and a pressure of 1.66 x 105 Pa occupies a volume of 3.22 m3.

(a) How many moles of gas are present?

(b) If the volume is raised to 4.16 m3 and the temperature raised to 27.8 °C, what will be the pressure of the gas?

Reference no: EM13286217

Questions Cloud

How much free trade credit does the firm receive : Buskirk Construction buys on terms of 2/15, net 60 days. It does not take discounts, and it typically pays on time, 60 days after the invoice date. Net purchases amount to $650,000 per year. On average, how much "free" trade credit does the firm r..

Explain the minimum molecular weight for the protein : A newly isolated protein was found to contain 0.493% histidine upon amino acid analysis. What is the minimum molecular weight for the protein (assuming only one His residue per protein molecule)

Identify each projects irr : An oil drilling company must choose between two mutually exclusive extraction projects, and each costs $11 million. Under Plan A, all the oil would be extracted in 1 year, producing a cash flow at t = 1 of $13.2 million.

Explain the vertical end is open to the atmosphere : The horizontal end of length L is closed but the vertical end is open to the atmosphere. A fluid of density (p) fills the tube to a height H and the tube is rotated about the vertical axis at rotational speed w. Find the gage pressure at the close..

Calculate how many moles of gas are present : An ideal gas at 17.8 °C and a pressure of 1.66 x 105 Pa occupies a volume of 3.22 m3. calculate How many moles of gas are present

How to draw a state transition diagram for the circuit : Design a synchronous sequential circuit which generates the following sequence. (The sequence should repeat itself.)(a) Draw a state transition diagram for the circuit. (b) Write a Verilog program to implement the circuit.

Explain air gage pressure required to lift the piston toa : Determine the air gage pressure required to lift the piston toa height of 2m above the air-fluid interface in the large tank, as shown.

Find how far will the proton travel before it stops moving : A proton moving at 3.6*10^5m/s to the right enters a region where a uniform electric field of magnitude 60kN/C points to the left

Determine the place where the electric field is zero : Two point charges lie on the x-axis: 1.80uC at x=1.15m, Find the place(s) where the electric field is zero

User Account

All Pages