Find the molar mass of CO 2 Solution

Find the molar mass of: CO 2 Solution: 12. 0107 + 15. 9994 (2) 44. 0095 g/mol C O

Find the molar mass of: HF Solution: 1. 00794 + 18. 99840 H F 20. 00634 g/mol

Find the molar mass of: H 2 O Solution: 1. 00794 (2) H + 15. 9994 O 18. 0153 g/mol

Find the molar mass of: KCl Solution: 39. 0983 + 35. 453 74. 551 K Cl g/mol

Find the molar mass of: Li 2 O Solution: 6. 941 (2) + 15. 9994 29. 881 g/mol Li O

Find the molar mass of: Zn(OH)2 Solution: 65. 409 Zn 15. 9994 (2) O + 1. 00794 (2) H 99. 424 g/mol

Find the molar mass of: Zn 3(PO 4)2 Solution: 65. 409 (3) 30. 97376 (2) + 15. 9994 (8) 386. 170 g/mol Zn P O

Find the molar mass of: Al(OH)3 Solution: 26. 981538 15. 9994 (3) + 1. 00794 (3) 78. 0036 g/mol Al O H

Find the molar mass of: Al 2(SO 4)3 Solution: 26. 981538 (2) Al 32. 065 (3) S + 15. 9994 (12) O 342. 151 g/mol

Find the molar mass of: sulfur trioxide Find the formula first: SO 3 then find the atomic masses: 32. 065 S + 15. 9994 (3) O 80. 063 g/mol

Find the molar mass of: hydrogen peroxide Find the formula first: H 2 O 2 then find the atomic masses: 1. 00794 (2) H + 15. 9994 (2) O 34. 0147 g/mol

Find the molar mass of: Lead(II) hydroxide Find the formula first: Pb(OH)2 then find the atomic masses: 207. 2 Pb 15. 9994 (2) O + 1. 00794 (2) H 241. 2 g/mol

Find the molar mass of: ammonium hydroxide Find the formula first: NH 4 OH then find the atomic masses: 14. 0067 N 15. 9994 O + 1. 00794 (5) H 35. 0458 g/mol

Find the molar mass of: nitric acid Find the formula first: HNO 3 then find the atomic masses: 1. 00794 H 14. 0067 N + 15. 9994 (3) O 63. 0128 g/mol

Find the molar mass of: hydrochloric acid Find the formula first: HCl then find the atomic masses: 1. 00794 H + 35. 453 Cl 36. 461 g/mol

Find the molar mass of: iron(III) chloride Find the formula first: Fe. Cl 3 then find the atomic masses: 55. 845 Fe + 35. 453 (3) Cl 162. 204 g/mol

Find the molar mass of: dinitrogen pentoxide Find the formula first: N 2 O 5 then find the atomic masses: 14. 0067 (2) N + 15. 9994 (5) O 108. 0104 g/mol

Find the molar mass of: hydrobromic acid Find the formula first: HBr then find the atomic masses: 1. 00794 H + 79. 904 Br 80. 912 g/mol

Find the molar mass of: lead(IV) oxide Find the formula first: Pb. O 2 then find the atomic masses: 207. 2 Pb + 15. 9994 (2) O 239. 2 g/mol

Find the molar mass of: cobalt(II) chloride Find the formula first: Co. Cl 2 then find the atomic masses: 58. 9332 Co + 35. 453 (2) Cl 129. 839 g/mol