•132.4 mL of a 14.0% w/w H2SO4 solution (p = 1.066 gmL-) are diluted with pure water until the total volume is 500.0 mL. a) Determine the minimum volume of gaseous NH3, measured at 760.00 Torr and 0.00 °C, to completely react all the H2SO4 contained in 45.0 mL of this solution according to the following reaction. NH3(g) + H2SO4(aq) → (NH4)2SO4(aq) b) Determine the concentration of (NH4)2SO4 in the solution using ppm as units. [Answer: a) 0 811 L:531x104 ppml

O 1) C6H5MgBr 2) H₂O 1) LIAIH4 2) H20 OH PBr3 A H H₂SO4 Mg B 1) 03 2) CH3SCH3 HOI mCPBA 1) C6H5CHO 2) H₂O C D E 1) Mg 2) CHz=O 3) H₂O 1) (CH3)2CuLi 2) H₂O F G

The solvent front distance is from ... Group of answer choices the bottom of the paper to the top of where the solvent reached. the baseline to the top of where the solvent reached. from the top of the spot to the top of the paper. the bottom of the paper to the top of the paper. from the top of the spot to the top of where the solvent reached.

CH3 O || H;C-CH-C-CH,-CH3 Type of functional group w. || H3C-CH-C-CH,-CH3 IUPAC CH3 O || H3C-CH-C-CH2-CH3 Derived Name CH3 Type of functional group х. CH3 Common Name 1 CH3 Common Name 2 (Derived Name)