Follow the steps to complete the worksheet with ease.

1. Click ‘Get Form’ button to obtain the worksheet and open it for editing.
2. Begin by entering your name in the designated space at the top of the worksheet. This is important for identification purposes.
3. Next, fill in your class period (Pd) in the provided blank. Ensure it accurately reflects your schedule.
4. Record the date in the appropriate section. This will help keep track of when the worksheet was completed.
5. For question one, calculate the number of atoms in 1.50 moles of iron using Avogadro's number (6.022 x 10^23). Write down your complete calculation.
6. Continue to question two by determining the number of atoms in 8.9 moles of carbon. Again, use Avogadro's number and display your work.
7. For question three, convert 127 grams of gold to atoms, applying the gold's molar mass in your calculation.
8. Question four requires you to find the number of molecules in 5.5 moles of CuNO3. Ensure to document each step of the calculation.
9. In question five, ascertain the number of molecules in 70.7 grams of C4H10 and show your calculations clearly.
10. Question six involves converting 5.25 x 10^24 molecules of NaOH into grams. Use appropriate conversion techniques and include all necessary calculations.
11. For question seven, calculate the mass in grams of 4250 atoms of chlorine, ensuring you include unit conversions.
12. In question eight, determine the molar mass of Pb3(PO4)2. Clearly indicate how you arrived at your answer.
13. Complete question nine by finding the number of moles in 175.9 grams of Pb3(PO4)2. Include thorough calculations.
14. Finally, for question ten, figure out the mass of 0.0522 moles of SO2, ensuring to follow through with all calculations.
15. Once you have filled out all questions and verified your work, save your changes, download the completed worksheet, print it, or share it as needed.

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