Score: < Question 2 of 3 > For the reaction 2 NH,(g) = 3H2(g) + N (8) the equilibrium concentrations were found to be [NH,] = 0.250 M, [H.] = 0.310 M, and [N] = 0.800 equilibrium constant for this reaction?
Predict delta G and the product assuming presence of acid or
base catalyst as needed.
NH ? OCH3 AG° <0 kJ/mol AG° 20 kJ/mol AG° >0 kJ/mol O: ОН - ? Br AG° <0 kJ/mol AG° 0 kJ/mol AGº > kJ/mol H/Pt ? AG° <0 kJ/mol AG° 0 kJ/mol AGⓇ>0 kJ/mol NaOH CH3 ? (2 eq.) AG° <0 kJ/mol AG° 0 kJ/mol om AGº >0 kJ/mol
Question 5 of 21 > Write the name of each amine. H3C—CH2 —N— CH2 - CH3 name: H3C—CH2 - CH2 —^—CH2 - CH3 < Question 5 of 21 > name: H3C—CH2 - CH2 —N—CH2 – CH3 name: These compounds are amines.
Complete the synthesis and give the mechanism
H3CO H3CO cd (C7H2O) < , POCIE CALOR NH-NH2 1) O3, CH2Cl2 2) (CH3)2S (C, H, O) (C14H140) (C4H12O2) (CHO) ó H2SO4 CALOR L KOH нотолсон CALOR Ag(NH3)2OH (C3H5NO2)
< Question 15 of 24 > Classify each structure according to its functional class. CH3CH CH3 | Н.С. Hac о—сн—сна -CH3 сна CH2 HC HC с
(5) Use induction to show that Ig(n) <n for all n > 1.
Provided N(0, 1) and without using the LSND program, find P( - 2 <3 <0) Provided N(0, 1) and without using the LSND program, find P(Z < 2). Provided N(0, 1) and without using the LSND program, find P(Z <OOR Z > 2). Message instructor about this question Provided N(0, 1) and without using the LSND program, find P(-1<2<3). 0.84 Message instructor about this question
2 pts Question 4 Identify all conjugate acid-base pairs in the reaction shown. N(CH3)H2(aq) + H2O(l) <= N(CH3)H3(aq) + OH"(aq) ON(CH3)H3/OH N(CH3)H3/H20 ' N(CH3)H/OH H30/OH N(CH3)H/N(CH3)H3 H2O/H30 H2O/OH-
Gaseous ammonia was introduced into a sealed container and heated temperature, according to 2 NH,(g) <-> N,(g) + 3 H2(g) At equilibrium, {NH.) = 0.495, )-0.839 and {N.) = 0.249. Calculate the value of Kc. Give your answer to 3 decimal places. to a particular
If n 5 and x 0.45, what is the probability of the following? (a) (b) (c) (d) X= 4 Xs3 X<2 X>1 (a) P(X- 4)= (Round to four decimal places as needed.)