Calculate the volume (in cm³) of 179 ng of manganese. The density of manganese is 7.20 g/cm³. O 2.58 x 10 cm³ O 249 x 10¹ cm³ O2.49x 10-8 cm³ O4.97 x 1010 cm³ O 2.58 x 10 cm³

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter10: Fuels, Organic Chemicals, And Polymers
Section: Chapter Questions
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Calculate the volume (in cm³) of 179 ng of manganese. The density of manganese is 7.20 g/cm³.
2.58 x 10 cm³
2.49 x 10¹ cm³
2.49x 10-8 cm³
4.97 x 10¹0 cm³
2.58 x 106 cm³
Consider the combustion of octane (CgH18), given the following unbalanced equation:
O 45.4 g
227 g
226 g
What is the mass of H₂O (MM = 18.02 g/mol) will be generated by the complete combustion of 159.7 g of octane in excess oxygen?
79.8 g
C8H18 +
O 4.54 g
0₂
_CO₂ +
_H₂O [unbalanced]
Transcribed Image Text:Calculate the volume (in cm³) of 179 ng of manganese. The density of manganese is 7.20 g/cm³. 2.58 x 10 cm³ 2.49 x 10¹ cm³ 2.49x 10-8 cm³ 4.97 x 10¹0 cm³ 2.58 x 106 cm³ Consider the combustion of octane (CgH18), given the following unbalanced equation: O 45.4 g 227 g 226 g What is the mass of H₂O (MM = 18.02 g/mol) will be generated by the complete combustion of 159.7 g of octane in excess oxygen? 79.8 g C8H18 + O 4.54 g 0₂ _CO₂ + _H₂O [unbalanced]
Classify the following reaction:
Single displacement
Decomposition
O Combustion
Double displacement
O Combination (Synthesis)
During a certain titration, 24.0 mL of 0.156 M aqueous sulfuric acid was required to exactly neutralize 36.0 mL of sodium hydroxide. Determine the molarity of the base.
H₂SO4 (aq) + 2 NaOH (aq) + 2 H₂O (1) + Na₂SO4 (aq) [balanced]
O 0.104 M
O 0.600 M
0.175 M
00.208 M
Li₂0 (s) + H₂0 (1) 2 LiOH (aq) [balanced]
O 6.00 x 10 M
Transcribed Image Text:Classify the following reaction: Single displacement Decomposition O Combustion Double displacement O Combination (Synthesis) During a certain titration, 24.0 mL of 0.156 M aqueous sulfuric acid was required to exactly neutralize 36.0 mL of sodium hydroxide. Determine the molarity of the base. H₂SO4 (aq) + 2 NaOH (aq) + 2 H₂O (1) + Na₂SO4 (aq) [balanced] O 0.104 M O 0.600 M 0.175 M 00.208 M Li₂0 (s) + H₂0 (1) 2 LiOH (aq) [balanced] O 6.00 x 10 M
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