Get Worksheet 36 A Molar Mass - Bwikispacesb

Completing the Worksheet 36 A Molar Mass online is a straightforward process that allows users to calculate and record molecular masses accurately. This guide will provide clear instructions to help you navigate through each section of the worksheet effectively.

Follow the steps to complete the worksheet online.

1. Click ‘Get Form’ button to access the worksheet and open it in the editor.
2. In the first section, you will find three chemical elements: Fe, P, and O. Enter the corresponding values for their molecular masses based on their periodic table values.
3. For the compound Fe3(PO4)2, calculate the total molecular mass by multiplying the atomic weights by the number of each atom present (3 for Fe, 2 for P, and 8 for O) and summing these values.
4. Proceed to the next section and repeat the same steps for Co(HSO4)3. Here, multiply the atomic weights of Co, H, S, and O by their respective quantities in the compound.
5. Continue with the calculation for Mn2(CrO4)3 by determining the molecular mass through the appropriate multiplications.
6. Next, find the molecular mass for Calcium hydroxide (Ca(OH)2) using the atomic masses of Ca, O, and H.
7. You will then calculate the molecular masses for Calcium chloride and Sodium oxide using the same procedure, ensuring accuracy in your figures.
8. Move on to the section for finding the number of molecules corresponding to given moles, such as 1.46 moles of CaCl2, using Avogadro's number.
9. Calculate the number of molecules for Mg(OH)2 based on the mole number provided.
10. For the last steps, compute the moles from given grams for various compounds following the structure provided in the worksheet.
11. Once all sections are filled, review your calculations for accuracy.
12. Finally, save your changes, download, print, or share the completed worksheet as needed.

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