CHM 1311/1711
Midterm 1 Tutoring Sessions.
Book your sessions.
online learning
$35
for 3.5-Hours
Stoichiometry and Redox Chemistry
Recommended for ALL Professors
Review Session Details
- Each student will receive a Related Problems Set and Previous Midterms Package.
- Periodic table trends (i.e. electron affinity, electronegativity, atom size)
- Learn a simple method for conversion between variable like volume, mass, moles and number of molecules/atoms
- Calculating with Molarity and Molality
- Know when to use c1v1 = c2v2 for a dilution question
- Finding the limiting reagent for chemical reactions
- Know when to use an ICE table in certain stoichiometry questions
- Solving empirical and molecular formulas using assignment/midterm examples
- Calculating excess left over reactants and percent yield
- Determine oxidation states and balance redox reactions in acidic and basic mediums
CHM1311/CHM1711: Stoichiometry and Redox Chemistry
$35.00
- Understand composition of atoms and calculate atomic volume
- Apply the fundamentals of light equations to midterm-like problems
- Interpret/draw absorption and emission light spectra (i.e. energy-level diagrams)
- Calculate energies of electrons in hydrogen atoms
- Learn to identify and understand trends of the periodic table (i.e. electron affinity, atom radius and ionization energy)
- Understand the Born-Haber cycle to predict energy change of a reaction
- Get a clear understanding of atomic orbitals (s, p, d, f) and their respective structures
- Learn to use the periodic table to write simplified and expanded electron configurations
- Understand bonding and antibonding orbital and learn to identify/draw them
- Draw orbital energy diagrams
- Write out a description of size (s), shape (l) and orientation (ml) of an electron using quantum numbers
- Steps and technique will be explained for molecular shapes using VSEPR
- Many examples from midterms administered at uOttawa
Additional information
| Date | September 28, 2020 5:00 PM – 8:30 PM |
|---|
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$35
for 3.5-Hours
Gas Law and
KMT
Recommended for ALL Professors
Review Session Details
- Each student will receive a Related Problems Set and Previous Midterms Package.
- Breakdown the PV = nRT formula
- Learn to use appropriate gas units and constants
- Solve simple & complex ideal gas law questions
- Use PV = nRT to solve for stoichiometric variables (i.e. density, molecular weight, applying limiting reagents to find maximum yield of gas etc.)
- Know when/how to use partial pressures
- Using gas law to predict qualitative observations (ex. container will expand)
- Be able to solve problems dealing with the kinetic molecular theory (KMT)
CHM1311/CHM1711: Gas Law and KMT
$35.00
- Define and understand where the ideal gas law comes from and when to use it!
- Solve simple & complex ideal gas law questions
- Use PV = nRT to solve for stoichiometric variables (i.e. density, molecular weight, applying limiting reagents to find maximum yield of gas etc.)
- Know when/how to use partial pressures
- Know when the non-ideal gas law will apply and the variables in the Van Der Waals equation
- Learn to qualitatively understand patterns at different conditions
- Be able to solve problems dealing with the kinetic molecular theory (KMT)
- Many examples from midterms administered at uOttawa!
Additional information
| Date | September 30, 2020 5:00 PM – 8:30 PM, October 19, 2020 5:00 PM – 8:30 PM |
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Related products
$35
for 3.5-Hours
Atoms, Light and
Chemical Bonding
Exclusive session for:
Dr. Gambarotta
Review Session Details
- Each student will receive a Related Problems Set and Previous Midterms Package.
- Apply the fundamentals of light equations to midterm-like problems
- Interpret/draw absorption and emission light spectra (i.e. energy-level diagrams)
- Calculate energies of electrons in hydrogen atoms
- Get a clear understanding of atomic orbitals (s, p, d, f) and their respective structures
- Learn to use the periodic table to write simplified and expanded electron configurations
- Understand bonding and antibonding orbitals and learn to identify/draw them
- Draw orbital energy diagrams (ex. CF, N2)
- Write out a description of size (s), shape (l) and orientation (ml) of an electron using quantum numbers
- Steps and technique will be explained for molecular shapes using VSEPR
CHM1311/1711: Atoms, Light and Chemical Bonding
$35.00
Additional information
| Date | October 20, 2020 5:00 PM – 8:30 PM |
|---|
Related products
$35
for 3.5-Hours
Energy and
Thermodynamics
Exclusive session for:
Dr. Goto, Dr. Richeson and Dr. Focs
Tutoring Session Details
- Each student will receive a Related Problems Set and Previous Midterms Package.
- Under the first law of thermodynamics (∆E = q + w)
- Define an equation for work and heat
- Understand how to find the "system" and "surrounding"
- Have the ability to draw energy diagrams for ∆H and ∆E
- Assess spontaneity of a chemical reaction based on ∆E or ∆G
- Find ∆E using bond energies
- Finding standard change in Enthlapy of a reaction via formation of reactant and products
- Solve calorimeter problems in different conditions
CHM1311/1711: Kinetics, Energy and Thermodynamics
$35.00
Additional information
| Date | October 2, 2020 4:00 PM – 7:30 PM |
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