7 1 6#q2 Frostburg State Unive i chemistry@ frosiburgFrostburg Canvas g.edu/mood
ID: 1041600 • Letter: 7
Question
7 1 6#q2 Frostburg State Unive i chemistry@ frosiburgFrostburg Canvas g.edu/moodle/mod/quiz/attempt.php? attempt-1 273 2 1 &scrollpos; Launch Pad Abno gin B Question 4 Tries remaining Biphenyl product theoretical yield(g) Marked out of 3 00 4-acetylbiphenyl uct Flag question 4-methylbiphenyl 4-methoxybiphenyl Check Question 5 Go look at this MSDS for phenylboronic acd ntps./www.chemoink commso Scrolil down to Section 8 which of the fellowing PPE are mentioned? se Protection. Do not use the enty for large 1 00 out oExplanation / Answer
4- BROMO ACETOPHENONE = 3 mmol Molar mass: 199.05 g·mol?1 weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 3 mmol * 199.05 g·mol?1
= 597.15 mg
4-BROMO ANISOlE = 3 mmol 187.036 g/mol weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 3 mmol * 187.036 g/mol
= 561.108 mg
4-BROMO TOLUENE = 3 mmol 171.03 g/mol weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 3 mmol * 171.03 g/mol
= 513.09 mg
PHENYL BORONIC ACID = 3 mmol 121.93 g/mol weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 3 mmol * 121.93 g/mol
= 365.79 mg
SODIUM CARBONATE= 9 mmol 105.9888 g/mol weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 9 mmol *105.9888 g/mol
= 953.8992 mg
TBAB (Tetra-n-butylammonium bromide) = 2.15 mmol 322.368 g/mol weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 2.15 mmol * 322.368 g/mol
= 693.0912 mg
PALLEDIUM ACETATE = 0.004 mmol 224.5 g/mol weight in milli gram =?
number of moles= weight in milli gram / molar mass
weight in milli gram = number of milli moles* molar mass
= 0.004 mmol* 224.5 g/mol
= 0.898 mmol
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