A basketball contains 0.524 moles of gas. If the basketball pops, how many liters of gas will be released at STP? Assume all of the gas molecules escape.

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question

For the following mole conversion problem, setup and solve the dimensional analysis.

Include: Correct given

Correct conversion factor used.

Correct orientation of conversion factor in the dimensional analysis setup.

Correct numerical answer.

Units used throughout

Correct significant figures for the final answer.

An example is attached.

YOUR TASK:
Setup dimensional analysis to solve t
problems. For help, check out this gula
Cancel units to prove the setups are correct.
Solve the expressions with your calculator
and type the numerical answer on the board.
✩
Check your answers with the following
CD
CD
114
#3 How many molecules are in 4.0 moles
of glucose (C6H₁₂O6)?
4.0 molés of glucose x 6.02x10^23/1 mole of glucose
= 2.408*10^24 glucose molecules
Transcribed Image Text:YOUR TASK: Setup dimensional analysis to solve t problems. For help, check out this gula Cancel units to prove the setups are correct. Solve the expressions with your calculator and type the numerical answer on the board. ✩ Check your answers with the following CD CD 114 #3 How many molecules are in 4.0 moles of glucose (C6H₁₂O6)? 4.0 molés of glucose x 6.02x10^23/1 mole of glucose = 2.408*10^24 glucose molecules
A basketball contains 0.524 moles of gas. If the basketball pops, how many liters of
gas will be released at STP? Assume all of the gas molecules escape.
Transcribed Image Text:A basketball contains 0.524 moles of gas. If the basketball pops, how many liters of gas will be released at STP? Assume all of the gas molecules escape.
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