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The 62.68 g hydrated compound of MGCO3. XH20 was heated, and 48.37 % of the sample remained. a. What is the mass (in g) of water in the original sample. Report the answer to 2 decimal places, in normal notation without units The mass of water is grams b. Detemine the moles of water in the sample. Report the answer to 4 decimal places, in normal notation without units The moles of water is mol c. Determine the moles of the salt in the sample. Report the answer to 4 decimal places, in normal notation with no units The moles of the salt is mol d. Find the value of X in M9CO3. XH20 compound. X is e. Name the hydrated compound. The name of hydrated compound is f. Calculate the mass (in g) of oxygen atoms in this sample. Report the answer to 2 decimal places, in normal notation without units grams The mass of oxygen atoms in the sample is

The 62.68 g hydrated compound of MGCO3. XH20 was heated, and 48.37 % of the sample remained. a. What is the mass (in g) of water in the original sample. Report the answer to 2 decimal places, in normal notation without units The mass of water is grams b. Detemine the moles of water in the sample. Report the answer to 4 decimal places, in normal notation without units The moles of water is mol c. Determine the moles of the salt in the sample. Report the answer to 4 decimal places, in normal notation with no units The moles of the salt is mol d. Find the value of X in M9CO3. XH20 compound. X is e. Name the hydrated compound. The name of hydrated compound is f. Calculate the mass (in g) of oxygen atoms in this sample. Report the answer to 2 decimal places, in normal notation without units grams The mass of oxygen atoms in the sample is

Chemistry
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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The 62.68 g hydrated compound of MgCO3. XH20 was heated, and 48.37 % of the sample remained. a. What is the mass (in g) of water in the original sample. Report the answer to 2 decimal places, in normal notation without units The mass of water is grams b. Determine the moles of water in the sample. Report the answer to 4 decimal places, in normal notation without units The moles of water is mol c. Determine the moles of the salt in the sample. Report the answer to 4 decimal places, in normal notation with no units The moles of the salt is mol d. Find the value of X in MgC03. XH20 compound. Xis e. Name the hydrated compound. The name of hydrated compound is 1. Calculate the mass (in g) of oxygen atoms in this sample. Report the answer to 2 decimal places, In normal notation without units The mass of oxygen atoms in the sample is grams
Transcribed Image Text:The 62.68 g hydrated compound of MgCO3. XH20 was heated, and 48.37 % of the sample remained. a. What is the mass (in g) of water in the original sample. Report the answer to 2 decimal places, in normal notation without units The mass of water is grams b. Determine the moles of water in the sample. Report the answer to 4 decimal places, in normal notation without units The moles of water is mol c. Determine the moles of the salt in the sample. Report the answer to 4 decimal places, in normal notation with no units The moles of the salt is mol d. Find the value of X in MgC03. XH20 compound. Xis e. Name the hydrated compound. The name of hydrated compound is 1. Calculate the mass (in g) of oxygen atoms in this sample. Report the answer to 2 decimal places, In normal notation without units The mass of oxygen atoms in the sample is grams
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