CramX
RegisterLog in

Stoichiometric Calculations And Gas Volume Determinations In Chemical Reactions

This Solved Assignment covers stoichiometry and gas laws. Download now!

Chloe Harris
Contributor
4.4
60
7 months ago
Preview (2 of 1 Pages)
100%
Purchase to unlock

Page 1

Stoichiometric Calculations And Gas Volume Determinations In Chemical Reactions - Page 1 preview image

Loading page ...

Stoichiometric Calculations and Gas Volume Determinations in Chemical Reactions1)The balanced equation is:𝐿𝑖𝑂𝐻+π»π΅π‘Ÿβ†’πΏπ‘–π΅π‘Ÿ+𝐻2𝑂We have : n(LiOH)used= n(LiBr)produced= m(LiOH)/M(LiOH) =106.941+15.9994+1.00794=0.418π‘šπ‘œπ‘™Then m(LiBr) =M(LiBr) * n(LiBr) = (6.941+79.904)*0.418 = 36.3 g2)The balanced equation is:𝐢2𝐻4+3𝑂2β†’2𝐢𝑂2+2𝐻2𝑂We have : n(C2H4)used= n(CO2)produced/2then n(CO2)produced=2βˆ—454βˆ—1.00794+2βˆ—12.0107=3.208π‘šπ‘œπ‘™then m(CO2) = M(CO2) * n(CO2) = (12.0107+2*15.9994)*3.208 = 141.2 g3)The balanced equation is:𝑀𝑔+2π‘π‘ŽπΉβ†’π‘€π‘”πΉ2+2π‘π‘ŽWe have : n(Mg)used= n(Na)produced/2then n(Na)produced=2βˆ—5.524.305=0.453π‘šπ‘œπ‘™Therefore m(Na) = M(Na) * n(Na) = 22.989770 * 0.453 = 10.4 g4)The balanced equation is:2𝐻𝐢𝑙+π‘π‘Ž2𝑆𝑂4β†’2π‘π‘ŽπΆπ‘™+𝐻2𝑆𝑂4We have : n(HCl)used/2= n(H2SO4)produced=202βˆ—(1.00794+35.453)=0.274π‘šπ‘œπ‘™then m(H2SO4) =M(H2SO4) * n(H2SO4) = (2*1.00794 + 32.066 + 4*15.9994)*0.274 = 26.9 g1)The balanced equation is:𝑀𝑔+2𝐻𝐢𝑙→𝐻2+𝑀𝑔𝐢𝑙2We have : n(Mg)used= n(H2)produced=2024.305=0.823π‘šπ‘œπ‘™Then the number of liters of H2 gas produced is : 0.823 * 22.4 = 18.4 L2)The balanced equation is:2𝐾𝐢𝑙𝑂3β†’3𝑂2+2𝐾𝐢𝑙We have : n(KClO3)used/2 = n(O2)produced/3 then n(O2)produced=32βˆ—7.5=11.25π‘šπ‘œπ‘™Then the number of liters of H2 gas produced is :11.25* 22.4 =252L3)The balanced equation is:2π‘π‘ŽπΌ+𝐢𝑙2β†’2π‘π‘ŽπΆπ‘™+𝐼2We have : n(Cl2)used= n(NaCl)produced/2 then n(NaCl)produced=2βˆ—π‘›(𝐢𝑙2)=2βˆ—45.322.4=4.04π‘šπ‘œπ‘™4)The balanced equation is:2𝐾+2𝐻2𝑂→2𝐾𝑂𝐻+𝐻2We have : n(K)used/2 = n(H2)producedthen n(K)used=𝑛(𝐻2)2=(35.622.4)2=0.795π‘šπ‘œπ‘™Then m(K) = M(K) * n(K) = 39.0983 * 0.795 = 31.1 g

Page 2

Study Now!

XY-Copilot AI
Unlimited Access
Secure Payment
Instant Access
24/7 Support
Document Chat

Document Details

Subject
Chemistry

Related Documents

View all
Solved Assignments

Angeline Cabrera Gizmo Ionic bonds Lab

Learn how atoms form ionic bonds by sharing or transferring electrons in this interactive Gizmo activity. Explore electron behavior, valence electrons, and bonding between metals and nonmetals like sodium and chlorine.

Solved Assignments

Covalent Bonds (Gizmo)

Students learn about covalent bonds where atoms share electrons to complete their outer shells, using examples like exchanging markers to understand electron sharing for stability.

Solved Assignments

9.0 Mole Ratios POGIL 1

Sauer Condiment is a tangy, probiotic-rich fermented food that supports gut health, boosts immunity, and adds bold flavor to meals like salads, sandwiches, and more.

Solved Assignments

PhaseChangesSEKey

Explore the behavior of water molecules in solid, liquid, and gas phases. Observe how molecular motion and arrangement change with state. Great for visualizing states of matter!

Class Notes

Element Builder Gizmo Exploring Atoms and Electron

A hands-on exploration using the Element Builder Gizmo to understand atomic structure, subatomic particles, electron arrangement, and periodic table organization through interactive learning, diagrams, and critical thinking activities.

Solved Assignments

Naming Molecular Compounds

This worksheet teaches students how to name molecular compounds using prefixes and formulas. It emphasizes the importance of precise chemical naming and explores covalent bonding between nonmetals through examples like CO and COβ‚‚.

Solved Assignments

Balancing Chemical Equations Phet Key

This worksheet guides students through a chemistry simulation on balancing chemical equations. It includes questions on molecule and atom counts, reaction types, and helps develop understanding of conservation of mass through interactive exploration.

Solved Assignments

H Gizmos Worksheet CalorimetryLab

This calorimetry lab explores how heat transfers between substances. Students measure temperature changes of copper and water to determine specific heat capacity, showing that water resists temperature change moreβ€”indicating a higher specific heat.

Solved Assignments

Gabrell Talavera ElectronConfiguration Gizmo

Explore electron configurations with a fun bus seating analogy! Learn key chemistry terms and principles as electrons β€œboard” orbitals, revealing patterns in atomic structure and behavior.

Solved Assignments

LUCA SHIPOSH Element Builder Gizmo

Explore atoms with the Element Builder Gizmo! Learn how adding protons, neutrons, and electrons changes an atom’s identity, structure, charge. Discover how protons define the element and electrons orbit the nucleus. Great intro to atomic structure