Item 1: Several brands of antacids use Al(OH)3 to react with stomach acid, which contains primarily HCI: Molar Masses: Al = 26.98 amu O= 16 amu H = 1.01 amu CI = 35.45 amu Balance the equation (write the coefficients only, ex. 1, 1, 1, 1) * Al(OH),(s) + HCl(aq) – Ald,(aq) + H,O(1) Your answer Calculate the number of grams of HCI that can react with 0.500g of Al(OH)3 * Your answer

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Item 1: Several brands of antacids use Al(OH)3 to react with stomach acid, which
contains primarily HCI:
Molar Masses:
Al = 26.98 amu
0 = 16 amu
H = 1.01 amu
CI = 35.45 amu
Balance the equation (write the coefficients only, ex. 1, 1, 1, 1) *
Al(OH),(s) + HCl(aq) – Ald,(aq) + H,O(()
Your answer
Calculate the number of grams of HCI that can react with 0.500 g of Al(OH)3 *
Your answer
Transcribed Image Text:Item 1: Several brands of antacids use Al(OH)3 to react with stomach acid, which contains primarily HCI: Molar Masses: Al = 26.98 amu 0 = 16 amu H = 1.01 amu CI = 35.45 amu Balance the equation (write the coefficients only, ex. 1, 1, 1, 1) * Al(OH),(s) + HCl(aq) – Ald,(aq) + H,O(() Your answer Calculate the number of grams of HCI that can react with 0.500 g of Al(OH)3 * Your answer
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