Al(C2H3O2)3 + CoBr2 In the first set of blanks below, enter the ion pairs for each reactant followed by the new ion pairs for the products. Each blank is for one ion. Within each blank enter the chemical symbol(s) and charge. Do not use subscripts or superscripts. If needed, see Activity 15 fom guidance on ionic compounds and Activity 16 for acids. Enter a separate ion into each blank in this order: REACTANTS: cation 1 anion 1 cation 2 anion 2 PRODUCTS: cation 1 anion 2 cation 2 anion 1 Text is provided above each blank as guidance, however, under extreite zoom (more than 150%) these text markers may become scrambled. If so, use the information above to obtain the proper order. cation 1 anion 1 cation 2 anion 2 REACTANTS: cation 1 anion 2 cation 2 anion 1 PRODUCTS: Now, enter the following • Product chemical formulas (combined properly with no charges). Do not use subscripts or superscripts, but do use parentheses as appropriate. Make the products follow the order of the ion pairs entered. O If you get a product ion pair of H'OH it will always become H2014 as a product chemical formula in the balanced reaction. • If the reaction is gas-evolving, enter the H20 as the 2nd product and the gas as the 3rd product, with appropriate phases. • Product phases of either s, 4g or aq (within the provided parentheses). Reactant phases will not be entered. Balancing coefficients in front of each chemical formula, including the reactants. Each whole number coefficient should be entered, including a 1. Do not leave any of the coefficient blanks empty. The reactants are before the arrow and the products are after the arrow. Each product is on a separate line due to limitations within Canvas. • There are three blanks for each product in this order: coefficient, chemical formula, phase. The text markers above each blank may become scrambled under extreme zoom conditions, If so, use the order listed here as guidance. AllC2H302)3 + COBr2 coefficient product phase coefficient product phase
Al(C2H3O2)3 + CoBr2 In the first set of blanks below, enter the ion pairs for each reactant followed by the new ion pairs for the products. Each blank is for one ion. Within each blank enter the chemical symbol(s) and charge. Do not use subscripts or superscripts. If needed, see Activity 15 fom guidance on ionic compounds and Activity 16 for acids. Enter a separate ion into each blank in this order: REACTANTS: cation 1 anion 1 cation 2 anion 2 PRODUCTS: cation 1 anion 2 cation 2 anion 1 Text is provided above each blank as guidance, however, under extreite zoom (more than 150%) these text markers may become scrambled. If so, use the information above to obtain the proper order. cation 1 anion 1 cation 2 anion 2 REACTANTS: cation 1 anion 2 cation 2 anion 1 PRODUCTS: Now, enter the following • Product chemical formulas (combined properly with no charges). Do not use subscripts or superscripts, but do use parentheses as appropriate. Make the products follow the order of the ion pairs entered. O If you get a product ion pair of H'OH it will always become H2014 as a product chemical formula in the balanced reaction. • If the reaction is gas-evolving, enter the H20 as the 2nd product and the gas as the 3rd product, with appropriate phases. • Product phases of either s, 4g or aq (within the provided parentheses). Reactant phases will not be entered. Balancing coefficients in front of each chemical formula, including the reactants. Each whole number coefficient should be entered, including a 1. Do not leave any of the coefficient blanks empty. The reactants are before the arrow and the products are after the arrow. Each product is on a separate line due to limitations within Canvas. • There are three blanks for each product in this order: coefficient, chemical formula, phase. The text markers above each blank may become scrambled under extreme zoom conditions, If so, use the order listed here as guidance. AllC2H302)3 + COBr2 coefficient product phase coefficient product phase
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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Transcribed Image Text:Al(C2H3O2)3 + CoBr2
In the first set of blanks below, enter the ion pairs for each reactant followed by the new ion pairs for the products. Each blank is for one jon. Within each blank enter the chemical symbol(s) and charge. Do not use subscripts or superscripts. If needed, see Activity 15 for
guidance on ionic compounds and Activity 16 for acids.
Enter a separate ion into each blank in this order:
REACTANTS: cation 1 anion 1 cation 2 anion 2
PRODUCTS: cation 1 anion 2
cation 2 anion 1
Text is provided above each blank as guidance, however, under extrente zoom (more than 150%) these text markers may become scrambled. If so, use the information above to obtain the proper order.
cation 1
anion 1
cation 2
anion 2
REACTANTS:
cation 1
anion 2
cation 2
anion 1
PRODUCTS:
Now, enter the following:
• Product chemical formulas (combined properly with no charges). Do not use subscripts or superscripts, but do use parentheses as appropriate. Make the products follow the order of the ion pairs entered.
O If you get a product ion pair of H'OH it will always become H200 as a product chemical formula in the balanced reaction.
O If the reaction is gas-evolving, enter the H20 as the 2nd product and the gas as the 3rd product, with appropriate phases.
• Product phases of either s, 4g or aq (within the provided parentheses). Reactant phases will not be entered.
Balancing coefficients in front of each chemical formula, including the reactants. Each whole number coefficient should be entered, including a 1. Do not leave any of the coefficient blanks empty.
The reactants are before the arrow and the products are after the arrow. Each product is on a separate line due to limitations within Canvas.
There are three blanks for each product in this order: coefficient, chemical formula, phase. The text markers above each blank may become scrambled under extreme zoom conditions, If so, use the order listed here as guidance.
AIC2H302)3 +
COB12
coefficient
product
phase
coefficient
product
phase
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