###### CHM1311/1711

Midterm and Exam Tutoring Sessions.

###### Book your sessions.

## Final Exam

##### See Tutoring Session Details for lesson breakdown

# $35

#### for 4-Hours

### Lights, Atoms and

Chemical Bonding

#####
**Tutoring Session Details**
**This review session will focus on answering EXAM type questions for the following topics:**
- The relationship between
**frequency, wavelength and photon energy**
- Review important equations for dealing with the
**fundamental aspects of light**
**Calculate energies of electrons** in hydrogen atoms and working with **energy-level diagrams**
**Anomalies in transition metal electron configuration **
- Learn to
**write valid sets of quantum numbers** (n, l, ml, ms) for various electrons
**Drawing atomic orbitals (s, p, d, f)** and their respective structures
- Draw energy diagrams for
**bonding and anti-bonding orbital for monoatomic and diatomic atoms**
**Drawing Lewis structures in 3D** and providing **atom hybridization **

Session is SOLD OUT!

Please contact us if still interested!

**Tutoring Session Details**

**This review session will focus on answering EXAM type questions for the following topics:**- The relationship between
**frequency, wavelength and photon energy** - Review important equations for dealing with the
**fundamental aspects of light** **Calculate energies of electrons**in hydrogen atoms and working with**energy-level diagrams****Anomalies in transition metal electron configuration**- Learn to
**write valid sets of quantum numbers**(n, l, ml, ms) for various electrons **Drawing atomic orbitals (s, p, d, f)**and their respective structures- Draw energy diagrams for
**bonding and anti-bonding orbital for monoatomic and diatomic atoms** **Drawing Lewis structures in 3D**and providing**atom hybridization**

# $35

#### for 4-Hours

### Kinetics, Energy

and Aqueous Solubility (Ksp)

#####
**Tutoring Session Details**
**This review session will focus on answering EXAM type questions for the following topics:**
**Create and interpret rate equations** from experimental/graphical data
- Derive rate laws from
**reaction mechanisms**
- Solve for rate constants, reaction times, various reactant concentrations using
** integrated rate laws**
- Use the
**Arrhenius equation** for temperature dependant reactions
- Equations used to solve for
**heat and work** (∆E = q + w)
- Drawing
**energy diagrams for ∆H and ∆E**
- Find ∆E/∆H using
**bond energies**
- Using
**heats of formation of reactants and products to solve for ∆H**
- Understand how to solve
**calorimeter problems** in different conditions
- Learn to solve for the
**molar solubility of various solutes in water using Ksp**
- Apply the theory of
**"common ion effect" in Ksp problems**
- Understand how to
**assess a solution's saturation using Q and Ksp**

Session is SOLD OUT!

Please contact us if still interested!

**Tutoring Session Details**

**This review session will focus on answering EXAM type questions for the following topics:****Create and interpret rate equations**from experimental/graphical data- Derive rate laws from
**reaction mechanisms** - Solve for rate constants, reaction times, various reactant concentrations using
**integrated rate laws** - Use the
**Arrhenius equation**for temperature dependant reactions - Equations used to solve for
**heat and work**(∆E = q + w) - Drawing
**energy diagrams for ∆H and ∆E** - Find ∆E/∆H using
**bond energies** - Using
**heats of formation of reactants and products to solve for ∆H** - Understand how to solve
**calorimeter problems**in different conditions - Learn to solve for the
**molar solubility of various solutes in water using Ksp** - Apply the theory of
**"common ion effect" in Ksp problems** - Understand how to
**assess a solution's saturation using Q and Ksp**

# $35

#### for 4-Hours

### Acid-Base, Titrations

and Buffers

#####
**Tutoring Session Details**
**This review session will focus on answering EXAM type questions for the following topics:**
- Under how to
**dissociate acids/bases in aqueous solutions** (Ka and Kb)
- Find the
**concentrations of [H3O+] and [OH-]** at equilibrium
**Calculate percent ionization** of various solutes
- Find concentrations of all species for
**polyprotic acids **
- Relate
**pOH, pH, pKa, pKb, Ka, Kb and Kw**
- Understand
**titration curves** and how they relate to pH of solutions
- Breakdown the
**buffer questions** (know how to apply the **Henderson–Hasselbalch equation**)
- Calculate the ratio of Conjugates to their acid/base
**Using the Buffer equation** to solve buffer questions
**Titration using strong acid/base calculations**

Session SOLD OUT! Contact us

**Tutoring Session Details**

**This review session will focus on answering EXAM type questions for the following topics:**- Under how to
**dissociate acids/bases in aqueous solutions**(Ka and Kb) - Find the
**concentrations of [H3O+] and [OH-]**at equilibrium **Calculate percent ionization**of various solutes- Find concentrations of all species for
**polyprotic acids** - Relate
**pOH, pH, pKa, pKb, Ka, Kb and Kw** - Understand
**titration curves**and how they relate to pH of solutions - Breakdown the
**buffer questions**(know how to apply the**Henderson–Hasselbalch equation**) - Calculate the ratio of Conjugates to their acid/base
**Using the Buffer equation**to solve buffer questions**Titration using strong acid/base calculations**

##### if still interested!

**Abdullah is a top-rated tutor with 7+ years of experience in teaching.**

As a recent PhD graduate from the University of Ottawa, he has worked along with many of the CHM1311/1711 Professors. His lesson plans will always begin with must-know fundamental concepts and end with examples from previous midterms and final exam questions. Recommended by 200+ uOttawa students. Join one of his review sessions and **decide for yourself!**