composition of water in a hydrate, we need to look at our equation.compare it to your experimental values you just obtained in lab. To calculate the percentIn this exercise, we are going to calculate the percent composition of water in a hydrate andpercent (%)composition =of watermass of waterх 100mass of entire hydrateFor LINO3 3H2O (lithium nitrate trihydrate) we have to calculate the mass of each element.Nelice the three in front of the water will give us a total of six hydrogens and three oxygens.Li: 1x 6.94 g/molN: 1x 14.01 g/molH: 6x 1.01 g/molО: 3х 16.00 g/molO: 3x 16.00 g/mol54.06 g/molgo l00 68.95 g/molpercent (%)composition =of water3 H20х 100LINO3 · 3H20percent (%)composition =of water54.06 g/molх 100(68.95 g/mol + 54.06 g/mol)percent (%) composition of water in LINO3 • 3 H20 = 43.9 %1. Calculate the percent composition of water in the following hydrates: (show all work)ZnSO, 7H20M9SO 7H20BaCl2 2H20There are additional questions on the other side. 2. Based on your percent composition obtained in lab, was there a trial that matched up withone of the hydrates calculated on the previous page? Fill in the following table.percent (%) composition fromTrial #1.percent (%) composition fromTrial #2.calculated percent (%)composition (from question 1).

Answered: Image /qna-images/answer/bb6fc285-be65-405b-b847-3889000c7661.jpg

composition of water in a hydrate, we need to look at our equation. compare it to your experimental values you just obtained in lab. To calculate the percent In this exercise, we are going to calculate the percent composition of water in a hydrate and percent (%) composition = of water mass of water х 100 mass of entire hydrate For LINO3 3H20 (lithium nitrate trihydrate) we have to calculate the mass of each element. Nelice the three in front of the water will give us a total of six hydrogens and three oxygens. Li: 1 x 6.94 g/mol N: 1x 14.01 g/mol H: 6x 1.01 g/mol O: 3x 16.00 g/mol O: 3x 16.00 g/mol 19ot lo0 68.95 g/mol a bluow e 54.06 g/mol percent (%) composition = of water 3 H20 х 100 LINO, · 3H20 percent (%) composition = of water 54.06 g/mol х 100 (68.95 g/mol + 54.06 g/mol) percent (%) composition of water in LINO3 • 3 H20 = 43.9 % 1. Calculate the percent composition of water in the following hydrates: (show all work) ZnSO, 7H20 MgSO, 7H20 BaCl2 · 2H20 There are additional questions on the other side.

composition of water in a hydrate, we need to look at our equation. compare it to your experimental values you just obtained in lab. To calculate the percent In this exercise, we are going to calculate the percent composition of water in a hydrate and percent (%) composition = of water mass of water х 100 mass of entire hydrate For LINO3 3H20 (lithium nitrate trihydrate) we have to calculate the mass of each element. Nelice the three in front of the water will give us a total of six hydrogens and three oxygens. Li: 1 x 6.94 g/mol N: 1x 14.01 g/mol H: 6x 1.01 g/mol O: 3x 16.00 g/mol O: 3x 16.00 g/mol 19ot lo0 68.95 g/mol a bluow e 54.06 g/mol percent (%) composition = of water 3 H20 х 100 LINO, · 3H20 percent (%) composition = of water 54.06 g/mol х 100 (68.95 g/mol + 54.06 g/mol) percent (%) composition of water in LINO3 • 3 H20 = 43.9 % 1. Calculate the percent composition of water in the following hydrates: (show all work) ZnSO, 7H20 MgSO, 7H20 BaCl2 · 2H20 There are additional questions on the other side.

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter9: Chemical Quantities

Section: Chapter Questions

Problem 7CR

See similar textbooks

Similar questions

Considering your answer to Exercise 79, which type of formula, empirical or molecular, can be obtained from elemental analysis that gives percent composition?
Using the average atomic masses given inside the front cover of the text, calculate the mass in grams of each of the following samples. l type='a'> 5.0 moles of nitric acid 0.000305 mole of mercury 2.31105mole of potassium chromate 10.5 moles of’ aluminum chloride 4.9104moles of sulfur hexafluoride 1 25 moles of ammonia 0.01205 mole of sodium peroxide
Given that the molar mass of carbon tetrachloride, CCl4 , is 153 g, calculate the mass in grams of 1 molecule of CCl4 .
Calculate the percent by mass of the element listed first in the formulas for each of the following compounds. methane, CH4 sodium nitrate, NaNO3 carbon monoxide, CO nitrogen dioxide, NO2 1-octanol, C8H18O calcium phosphate, Ca3( PO4)2 3-phenyiphenol, C12H10O aluminum acetate, Al(C2H3O2)3
Sodium borate decahydrate, Na2B4O710H2O is commonly known as borax. It is used as a deodorizer and mold inhibitor. A sample weighing 15.86 g is heated until a constant mass is obtained indicating that all the water has been evaporated off. (a) What percent, by mass of Na2B4O710H2O is water? (b) What is the mass of the anhydrous sodium borate, Na2B4O7?
When 9.59 g of a certain vanadium oxide is heated in the presence of hydrogen, and a new oxide of vanadium are formed. This new vanadium oxide has a mass of 8.76 g. When the second vanadium oxide undergoes additional heating in the presence Of hydrogen, 5.38 g of vanadium metal forms, a. Determine the empirical formulas for the two vanadium oxides. b. Write balanced equations for the Steps of the reaction. c. Determine the mass of hydrogen needed to complete the steps of this reaction.
One chocolate chip used in making chocolate chip cookies has a mass of 0.324 g. (a) How many chocolate chips are there in one mole of chocolate chips? (b) If a cookie needs IS chocolate chips, how many cookies can one make with a billionth (1109) of a mole of chocolate chips? (A billionth of a mole is scientifically known as a nanomole.)
How many molecules of C2H4Cl2 can be prepared from 15C2H4 molecules and 8Cl2 molecules?
Calculate the percent composition by mass of cach element in AIKOH),. Use at least three significant figures. % Al = %0 = % H =
composition of water in a hydrate, we need to look at our equation. compare it to your experimental values you just obtained in lab. To calculate the percent In this exercise, we are going to calculate the percent composition of water in a hydrate and percent (%) composition = of water mass of water х 100 mass of entire hydrate For LINO3 3H2O (lithium nitrate trihydrate) we have to calculate the mass of each element. Nelice the three in front of the water will give us a total of six hydrogens and three oxygens. Li: 1x 6.94 g/mol N: 1x 14.01 g/mol H: 6x 1.01 g/mol О: 3х 16.00 g/mol O: 3x 16.00 g/mol 54.06 g/mol go l00 68.95 g/mol percent (%) composition = of water 3 H20 х 100 LINO3 · 3H20 percent (%) composition = of water 54.06 g/mol х 100 (68.95 g/mol + 54.06 g/mol) percent (%) composition of water in LINO3 • 3 H20 = 43.9 % 1. Calculate the percent composition of water in the following hydrates: (show all work) ZnSO, 7H20 M9SO 7H20 BaCl2 2H20 There are additional questions on the…
"How many moles of carbon monoxide (CO) are required to react com- pletely with 1.75 moles of iron (III) oxide (¹23)?" (If this is not the question you see, press New question until it appears.) What unit is given in the question and what quantity is being asked for? A B C D 1.75 mol Fe₂O3 and ? mol CO 1.75 mol CO and ? mol Fe 1.75 mol CO and ? mol CO₂ 1.75 mol Fe₂O3 and ? mol CO₂
The percent by mass of potassium in KOHis The percent by mass of nitrogen in CH5N is %.