83. Solid iodine has a vapor pressure sublime into a 500 mL flask at this te constant temperature, what will happ some solid I2 is always present in th- A. 2.1 x 10 mol; vapor pressure in B. 2.0 x 10-2 mol; vapor pressure in C. 2.6 x 10- mol; no change in vap D. 2.1 x 104 mol; no change in vap E. 2.6 x 10- mol; vapor pressure d.
83. Solid iodine has a vapor pressure sublime into a 500 mL flask at this te constant temperature, what will happ some solid I2 is always present in th- A. 2.1 x 10 mol; vapor pressure in B. 2.0 x 10-2 mol; vapor pressure in C. 2.6 x 10- mol; no change in vap D. 2.1 x 104 mol; no change in vap E. 2.6 x 10- mol; vapor pressure d.
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Chapter11: States Of Matter; Liquids And Solids
Section: Chapter Questions
Problem 11.150QP
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States of Matter
The substance that constitutes everything in the universe is known as matter. Matter comprises atoms which in turn are composed of electrons, protons, and neutrons. Different atoms combine together to give rise to molecules that act as a foundation for all kinds of substances. There are five states of matter based on their energies of attraction, namely solid, liquid, gases, plasma, and BEC (Bose-Einstein condensates).
Chemical Reactions and Equations
When a chemical species is transformed into another chemical species it is said to have undergone a chemical reaction. It consists of breaking existing bonds and forming new bonds by changing the position of electrons. These reactions are best explained using a chemical equation.
Question
Transcribed Image Text:83. Solid iodine has a vapor pressure of 1.0 mmHg at 39°C. How many moles of iodine will
sublime into a 500 mL flask at this temperature? If the volume of the flask is doubled at
constant temperature, what will happen to the equilibrium vapor pressure of l2? (Assume
some solid I2 is always present in the container.)
A. 2.1 x 104 mol; vapor pressure increases
B. 2.0 x 10- mol; vapor pressure increases
C. 2.6 x 10-3 mol; no change in vapor pressure
D. 2.1 x 104 mol; no change in vapor pressure
E. 2.6 x 10 mol; vapor pressure decreases
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