Document Text Contents
Page 1
Day 1
1) Number of carbon atoms in olvanil
2) Who discovered x-ray?
3) Amino acids in human protein
4) Definition of ozonolysis
5) Given dimensions of a peso bill (length & width). Assuming ½ billion of gold atoms can be spread
across its length, determine total mass.
6) Freezing point depression
7) Boiling point rise
8) Evaluate given structural formulas (paraffins)
9) Center of an atom
10) Balancing chemical reactions
11) Given density of Sulfuric acid determine its molarity
12) Given a high-rating octane fuel
-mileage (mi/gal)
-density
-distance covered
Calculate CO2 produced
13) Blanket of pollutants
14) Pollutant produced from coal and petroleum
15) Nearest layer of atmosphere from earth’s surface
a) Troposphere
b) Stratosphere
c) Mesosphere
d) Thermosphere
16) pH problems (buffer)
17) pH problem:
Given NH4OH soln initially at 30 mL diluted to 400 mL then titrated with HCl. Compute pH
a) at the start
b) at the equiv point
c) after addition of 40 mL of HCl
18) Ksp problems (2)
19) Metabolic reactions
For 12 mold of ATP produced from every mole CH3COO
-
there are 7.4 kcal. For 1 gram of
CH3COO
-
determine
20) Edman Degradation (sequencing of amino acids)
Day 1
1) Number of carbon atoms in olvanil
2) Who discovered x-ray?
3) Amino acids in human protein
4) Definition of ozonolysis
5) Given dimensions of a peso bill (length & width). Assuming ½ billion of gold atoms can be spread
across its length, determine total mass.
6) Freezing point depression
7) Boiling point rise
8) Evaluate given structural formulas (paraffins)
9) Center of an atom
10) Balancing chemical reactions
11) Given density of Sulfuric acid determine its molarity
12) Given a high-rating octane fuel
-mileage (mi/gal)
-density
-distance covered
Calculate CO2 produced
13) Blanket of pollutants
14) Pollutant produced from coal and petroleum
15) Nearest layer of atmosphere from earth’s surface
a) Troposphere
b) Stratosphere
c) Mesosphere
d) Thermosphere
16) pH problems (buffer)
17) pH problem:
Given NH4OH soln initially at 30 mL diluted to 400 mL then titrated with HCl. Compute pH
a) at the start
b) at the equiv point
c) after addition of 40 mL of HCl
18) Ksp problems (2)
19) Metabolic reactions
For 12 mold of ATP produced from every mole CH3COO
-
there are 7.4 kcal. For 1 gram of
CH3COO
-
determine
20) Edman Degradation (sequencing of amino acids)
