please answer subparts 4,5,6 only STANDARD REDUCTION POINTIALS AT25CNa (ag)e Na)Mg"(ag)+2e- Mg)AKay )+3e- AK)2 H,O) +2 e-H,e) +2 OH (a)Za"(ag) +2e Zn()Fe"(ag)+2e-Fels)Ala)e Agts)+1 (ag)P (ag)+2e P)Fe"(ag ) +3e -- Fein)2 H(ag) +2e+ H,R)Cu"(ag) +e- Cur(ag)Cu"(ag) +2 Ca)0,) +2 H, O)+4e-4 OH (ag )C(ag) +e Cu)1,0) +2e21(ag)-2.713-2356-1.6760.828-0.763-0.440-0.152-0.125-0.0400.0000.1590.3400.4010.5200.5350.800(y + (bo)yBr,() +2e-2 Be (ag)0,8) + 4 H (ag ) + 4e-2 H,0)CLE) + 2e-2 Cr(ag)F,) +2e 2 F (ag)For the reaction: 3 Mg() + N:e) – Mg N0)Y Which species is reduced?(A) Mg1.0651.2291.3582.860(B) N3(C) MgsN:Which species is the reducing agent?(A) N(B) MgO MgN:3. In which molecule does S have the highest oxidationnumber?(A) H;SO,(B) H,S(C) S.4. Which process is a redox reaction?(A) Fe- Fe:O, (B) SO- SO, Os.- S0I Which is the balanced redox equation in acidic solution?(A) CIO,+2 CI +2H Ch + CIO, + H0B) CIO, +3 CI + H,0- Cl + 2 CIO, +2HO 2 CIO, + CI +8H-Cla + CIO, +4 H0Which is the balanced redox equation in basic solution?(A) BKOH), + SnO+2 OH- Bị - SnO + H0(15) 2 Bi(OH), + Sno+ 10 OH 2 Bi+ Sno+5 HO(C) 2 Bi(OH), +3 SnO-2 Bi +3 SnO,+3 H;OWhich species is the strongest reducing agent understandard-state conditions?(A) O,(B) Ag(C) Al

Redox reactions are the combination of reduction and oxidation reactions. The type of reaction in…

4. Which process is a redox reaction? (A) Fe Fe:O, (B) So,- So Os- so Which is the balanced redox equation in acidic solution? (A) CIO,+2CI +2H C- CIO,+ HO (B) CIO,+3 CI + HO-Ch+2 CIO, +2H 2 CIO,+ CI +SH-Cl +CIO, +4 HO Which is the balanced redox equation in basic solution? A) BKOH) + SeO+2 OH (8) 2 BiOH), + SnO+ 10 OH 2 Bi+ SnO+S HO (C) 2 BiOH +3 SnO-2 Bi +3 Seo+3 HO Bi - SnO + HO

4. Which process is a redox reaction? (A) Fe Fe:O, (B) So,- So Os- so Which is the balanced redox equation in acidic solution? (A) CIO,+2CI +2H C- CIO,+ HO (B) CIO,+3 CI + HO-Ch+2 CIO, +2H 2 CIO,+ CI +SH-Cl +CIO, +4 HO Which is the balanced redox equation in basic solution? A) BKOH) + SeO+2 OH (8) 2 BiOH), + SnO+ 10 OH 2 Bi+ SnO+S HO (C) 2 BiOH +3 SnO-2 Bi +3 Seo+3 HO Bi - SnO + HO

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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arvc eagle - X C ||| CHM-120- X A ALEKS - As X E Copy of 05 x E Copy of 02 x T llyess El Kc x + https://www-awu.aleks.com/alekscgi/x/Isl.exe/1o_u-lgNslkr7j8P3jH-IBjX3xlvzFZxw7TR-byllKfLwHGamvYq7rHhNGAtExGmPKNhSYT-g1BWbS4C72Z8tGh6... A myRVC O CHEMICAL REACTIONS Solving applied mass percent problems 13- Planni X KZUZETR We're told oxygen is the most common element in the Earth's solid crust. But how much oxygen is there? Let's compare to the amount of oxygen in the Earth's atmosphere, like this: • The radius of the Earth is 6371. km and let's say the crust is the upper 100. km of it. Explanation • The most common minerals in the Earth's crust are feldspars, and albite (NaAlSi3Og) is a typical feldspar. Let's assume the entire crust is made of albite, 3 with a density of 2.6 g/cm³. Rain coming PLEASE REMOVE • Let's model the Earth's atmosphere as a layer on top of the Earth about 100. km thick with an average density of 0.99 g/m³, and which is 23.1% oxygen by mass. Use this information…
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