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Determine the number of grams of HCI that can react with 0.750 g of AI(OH)» according to the following reaction Al(OH):(s) + HCI(aq)AICIS(aq) + 3 H:0(aq)

Determine the number of grams of HCI that can react with 0.750 g of AI(OH)» according to the following reaction Al(OH):(s) + HCI(aq)AICIS(aq) + 3 H:0(aq)

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
Problem 4.19PAE: 4.19 How many metric tons of carbon are required to react with 7.83 metric tons of Fe2O3 according...
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I am not sure how to do that math for this problem and I only have one attempt remaining before I get it wrong completely
Not syncing Question 4 of 10 Submit Determine the number of grams of HCI that can react with 0.750 g of Al(OH)s according to the following reaction Al(OH):(s) + 3 HCI(aq) - AICI:(aq) + 3 H:O(aq) STARTING AMOUNT ADD FACTOR DELETE ANSWER RESET () 6.022 x 1023 78.00 0.0288 0.117 2.25 0.750 133.33 0.351 3 9.60 x 103 1.05 36.46 1 18.02 g HCI g AICIs g H2O mol H20 g Al(OH)s mol HCI mol AICI: mol Al(OH)s g AICI: mol AICI 12:29 PM * ENG 11/5/2020 P Type here to search End PgUp PoDn PrtScn Home 近
Transcribed Image Text:Not syncing Question 4 of 10 Submit Determine the number of grams of HCI that can react with 0.750 g of Al(OH)s according to the following reaction Al(OH):(s) + 3 HCI(aq) - AICI:(aq) + 3 H:O(aq) STARTING AMOUNT ADD FACTOR DELETE ANSWER RESET () 6.022 x 1023 78.00 0.0288 0.117 2.25 0.750 133.33 0.351 3 9.60 x 103 1.05 36.46 1 18.02 g HCI g AICIs g H2O mol H20 g Al(OH)s mol HCI mol AICI: mol Al(OH)s g AICI: mol AICI 12:29 PM * ENG 11/5/2020 P Type here to search End PgUp PoDn PrtScn Home 近
Expert Solution
Step 1 To calculate

Given, the chemical reaction as follows,Al(OH)3(s)+3HCl(aq)→AlCl3(aq)+3H2O(aq)amount of Al(OH)3 for the reaction =0.750 gramswe are asked to calculate the amount of HCl in grams that can reacts with 0.750 grams of Al(OH)3 according to above reaction.

Step 2 Concept and Calculations

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