Explain fluoride at its boiling point under a pressure

Reference no: EM13222679

Solid thorium(IV) fluoride has a boiling point of 1680°C.What is the density of a sample of gaseous thorium(IV) fluoride at its boiling point under a pressure of 2.5 atm in a 1.7 L container? Which gas will effuse faster at 1680°C, thorium(IV) fluoride or uranium(III) fluoride? How much faster?

Reference no: EM13222679

Questions Cloud

Determine the sample size : The standard deviation of the process was found to be 0.67. Determine the sample size.

Determine the expected number of nonconforming units : Determine the expected number of nonconforming units that will result from a production run of 20,000 units. Assume that all previously stated conditions regarding the process remain as described during the production run of 20,000.

Should the firm undertake the project at the interest rate : Can you figure out the exact cutoff for the interest rate between profitability and nonprofitability 2. According to an old myth, Native Americans sold the island of Manhattan about 400 years ago for $24.00 . If they had invested this amount ay an ..

How much is the company is worth : How much is the company is worth? How much you would pay for it if you were Scott and Peterson?

Explain fluoride at its boiling point under a pressure : Solid thorium(IV) fluoride has a boiling point of 1680°C.What is the density of a sample of gaseous thorium(IV) fluoride at its boiling point under a pressure of 2.5 atm in a 1.7 L container?

Which of the two vendors will you select : The other tells you that she will supply you no defectives because her factory practices statistical process control. Which of the two vendors will you select? Why? (500 Words)

Find the range of values of c1 : Find the range of values of c1 fir which the current basis remains optimal.

Determine the amount of reduction in cross-sectional : K=35,000lb/in^2 and n=0.40 for a metal used in a forming operation in which the workpart is reduced in cross-sectional area by stretching. If the average flow stress on the part is 20,000lb/in^2, determine the amount of reduction in cross-sectiona..

Describe which factors change and which remain constant : Explain why the balloon would float when heated. Make sure to discuss which factors change and which remain constant, and why this matters. Be complete.

User Account

All Pages