BuyFindarrow_forward

Introductory Chemistry: A Foundati...

9th Edition
Steven S. Zumdahl + 1 other
ISBN: 9781337399425

Solutions

Chapter
Section
BuyFindarrow_forward

Introductory Chemistry: A Foundati...

9th Edition
Steven S. Zumdahl + 1 other
ISBN: 9781337399425
Textbook Problem
254 views

Given the following sets of values for three of the gas variables. calculate the unknown quantity.

P = 782 . 4 mm Hg ; V = T ; n = 0. 1 0 21 mol ; T = 26 . ° C

  P = ?  mm Hg ; V = 27 . 5 mL ; n = 0.00 7812 mol ; T = l6 . ° C

P = 1 .0 45 atm ; V = 45 . 2 mL ; n = 0.00 2241 mol ;  T  = ?   ° C

Interpretation Introduction

(a)

Interpretation:

The missing variable of gas should be calculated with the help of given values

Concept Introduction:

The ideal gas law was purposed to explain all the properties of any ideal gas. The expression for ideal gas law can be shown as:

PV = n R T

Here:

  • P = pressure of gas.
  • V = volume of gas.
  • n = number of moles of gas.
  • R = gas constant = 0.0821 L atm / K mol.
  • T = Temperature.
Explanation

The pressure, number of moles and temperature values are given as follows:

P = 782.4 mmHg  = 1.029 atm

n=0.1021 mol

T =26.2 °C = 273.15 +26.2 = 299.35 K

Volume can be calculated using the following formula:

PV = n R T....... (1)

Putting the values,

1.029 atm × V (L) = 0

Interpretation Introduction

(b)

Interpretation:

The missing variable of gas should be calculated with the help of given values

Concept Introduction:

The ideal gas law was purposed to explain all the properties of any ideal gas. The expression for ideal gas law can be shown as:

PV = n R T

Here:

  • P = pressure of gas.
  • V = volume of gas.
  • n = number of moles of gas.
  • R = gas constant = 0.0821 L atm / K mol.
  • T = Temperature.
Interpretation Introduction

(c)

Interpretation:

The missing variable of gas should be calculated with the help of given values

Concept Introduction:

The ideal gas law was purposed to explain all the properties of any ideal gas. The expression for ideal gas law can be shown as:

PV = n R T

Here:

  • P = pressure of gas.
  • V = volume of gas.
  • n = number of moles of gas.
  • R = gas constant = 0.0821 L atm / K mol.
  • T = Temperature.

Still sussing out bartleby?

Check out a sample textbook solution.

See a sample solution

The Solution to Your Study Problems

Bartleby provides explanations to thousands of textbook problems written by our experts, many with advanced degrees!

Get Started

Chapter 13 Solutions

Show all chapter solutions add
Sect-13.6 P-13.10SCSect-13.8 P-1CTSect-13.10 P-13.11SCSect-13.10 P-1CTSect-13.10 P-13.12SCCh-13 P-1ALQCh-13 P-2ALQCh-13 P-3ALQCh-13 P-4ALQCh-13 P-5ALQCh-13 P-6ALQCh-13 P-7ALQCh-13 P-8ALQCh-13 P-9ALQCh-13 P-10ALQCh-13 P-11ALQCh-13 P-12ALQCh-13 P-13ALQCh-13 P-14ALQCh-13 P-15ALQCh-13 P-16ALQCh-13 P-17ALQCh-13 P-18ALQCh-13 P-19ALQCh-13 P-20ALQCh-13 P-21ALQCh-13 P-22ALQCh-13 P-23ALQCh-13 P-1QAPCh-13 P-2QAPCh-13 P-3QAPCh-13 P-4QAPCh-13 P-5QAPCh-13 P-6QAPCh-13 P-7QAPCh-13 P-8QAPCh-13 P-9QAPCh-13 P-10QAPCh-13 P-11QAPCh-13 P-12QAPCh-13 P-13QAPCh-13 P-14QAPCh-13 P-15QAPCh-13 P-16QAPCh-13 P-17QAPCh-13 P-18QAPCh-13 P-19QAPCh-13 P-20QAPCh-13 P-21QAPCh-13 P-22QAPCh-13 P-23QAPCh-13 P-24QAPCh-13 P-25QAPCh-13 P-26QAPCh-13 P-27QAPCh-13 P-28QAPCh-13 P-29QAPCh-13 P-30QAPCh-13 P-31QAPCh-13 P-32QAPCh-13 P-33QAPCh-13 P-34QAPCh-13 P-35QAPCh-13 P-36QAPCh-13 P-37QAPCh-13 P-38QAPCh-13 P-39QAPCh-13 P-40QAPCh-13 P-41QAPCh-13 P-42QAPCh-13 P-43QAPCh-13 P-44QAPCh-13 P-45QAPCh-13 P-46QAPCh-13 P-47QAPCh-13 P-48QAPCh-13 P-49QAPCh-13 P-50QAPCh-13 P-51QAPCh-13 P-52QAPCh-13 P-53QAPCh-13 P-54QAPCh-13 P-55QAPCh-13 P-56QAPCh-13 P-57QAPCh-13 P-58QAPCh-13 P-59QAPCh-13 P-60QAPCh-13 P-61QAPCh-13 P-62QAPCh-13 P-63QAPCh-13 P-64QAPCh-13 P-65QAPCh-13 P-66QAPCh-13 P-67QAPCh-13 P-68QAPCh-13 P-69QAPCh-13 P-70QAPCh-13 P-71QAPCh-13 P-72QAPCh-13 P-73QAPCh-13 P-74QAPCh-13 P-75QAPCh-13 P-76QAPCh-13 P-77QAPCh-13 P-78QAPCh-13 P-79QAPCh-13 P-80QAPCh-13 P-81QAPCh-13 P-82QAPCh-13 P-83QAPCh-13 P-84QAPCh-13 P-85QAPCh-13 P-86QAPCh-13 P-87QAPCh-13 P-88QAPCh-13 P-89QAPCh-13 P-90QAPCh-13 P-91QAPCh-13 P-92QAPCh-13 P-93QAPCh-13 P-94QAPCh-13 P-95QAPCh-13 P-96QAPCh-13 P-97QAPCh-13 P-98QAPCh-13 P-99QAPCh-13 P-100QAPCh-13 P-101QAPCh-13 P-102QAPCh-13 P-103APCh-13 P-104APCh-13 P-105APCh-13 P-106APCh-13 P-107APCh-13 P-108APCh-13 P-109APCh-13 P-110APCh-13 P-111APCh-13 P-112APCh-13 P-113APCh-13 P-114APCh-13 P-115APCh-13 P-116APCh-13 P-117APCh-13 P-118APCh-13 P-119APCh-13 P-120APCh-13 P-121APCh-13 P-122APCh-13 P-123APCh-13 P-124APCh-13 P-125APCh-13 P-126APCh-13 P-127APCh-13 P-128APCh-13 P-129APCh-13 P-130APCh-13 P-131APCh-13 P-132APCh-13 P-133APCh-13 P-134APCh-13 P-135APCh-13 P-136APCh-13 P-137APCh-13 P-138APCh-13 P-139APCh-13 P-140APCh-13 P-141APCh-13 P-142APCh-13 P-143APCh-13 P-144APCh-13 P-145APCh-13 P-146APCh-13 P-147APCh-13 P-148APCh-13 P-149APCh-13 P-150CPCh-13 P-151CPCh-13 P-152CPCh-13 P-153CPCh-13 P-154CPCh-13 P-155CPCh-13 P-156CPCh-13 P-157CP

Additional Science Solutions

Find more solutions based on key concepts

Show solutions add

Weight-bearing activity that improves muscle strength and endurance has no effect on maintaining bone mass. T F

Nutrition: Concepts and Controversies - Standalone book (MindTap Course List)

How much energy is produced when the Sun converts 1 kg of mass into energy?

Horizons: Exploring the Universe (MindTap Course List)

What is the volume of a liter in cubic millimeters?

An Introduction to Physical Science

What is the structure and function of a chloroplast?

Biology: The Dynamic Science (MindTap Course List)

How can errors in the cell cycle lead to cancer in humans?

Human Heredity: Principles and Issues (MindTap Course List)

A map suggests that Atlanta is 730 miles in a direction of 5.00 north of cast from Dallas. The same map slum's ...

Physics for Scientists and Engineers, Technology Update (No access codes included)