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Phosphorous acid (H,PO,) can be prepared from phosphorus triiodide (PI,) according to the reaction: PI,6) + H,O() H,PO,(aq) + HI(g) Balance the equation. If 150 grams of PI, (MM=411.7 g/mol) is added to 250 milliliters o H,O (MM=18.01 g/mol, p=1.00 g/mL), identify the limiting and excess reagents. How many grams of H, PO, (MM=81.99 g/mol) will be theoretically produced? %3D

Phosphorous acid (H,PO,) can be prepared from phosphorus triiodide (PI,) according to the reaction: PI,6) + H,O() H,PO,(aq) + HI(g) Balance the equation. If 150 grams of PI, (MM=411.7 g/mol) is added to 250 milliliters o H,O (MM=18.01 g/mol, p=1.00 g/mL), identify the limiting and excess reagents. How many grams of H, PO, (MM=81.99 g/mol) will be theoretically produced? %3D

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter3: Equation, The Mole, And Chemical Formulas
Section: Chapter Questions
Problem 3.162QE: Although copper does not usually react with acids, it does react with concentrated nitric acid. The...
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Phosphorous acid (H,PO,) can be prepared from phosphorus triiodide (PI,) according to the reaction: PI + H,O) H,PO,(aq) + HI(g) Balance the equation. If 150 grams of PI, (MM=411.7 g/mol) is added to 250 milliliters or H,O (MM=18.01 g/mol, p=1.00 g/mL), identify the limiting and excess reagents. How many grams of H,PO, (MM=81.99 g/mol) will be theoretically produced?
Transcribed Image Text:Phosphorous acid (H,PO,) can be prepared from phosphorus triiodide (PI,) according to the reaction: PI + H,O) H,PO,(aq) + HI(g) Balance the equation. If 150 grams of PI, (MM=411.7 g/mol) is added to 250 milliliters or H,O (MM=18.01 g/mol, p=1.00 g/mL), identify the limiting and excess reagents. How many grams of H,PO, (MM=81.99 g/mol) will be theoretically produced?
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