April 27, 2020 – Day 28

Before I went to sleep last night, I took the time to find a notebook I can write on to summarize every subject I review. While doing so, I came across my module from a review center and tried to answer Chemistry questions. I was discouraged beforehand because I feel like I’m studying slower than I expected, but I later realized that it was all worth it. I answered the Chemistry questions with ease. I now feel motivated once again.
I was scrolling on Twitter today and guess what? I read a tweet about a student who’s been studying daily since April started. It makes me motivated to study more knowing that a lot of CETs takers utilize this time (ECQ) to review. I don’t know, but I have a feeling that this CETs season will have a tighter competition since we have a lot of time to review. Just thinking of it makes me want to review more.
I have good progress for today. I’m picking up speed on reviewing topics. I started the day with a bit of English basics then proceeded to solutions (colligative properties). I was able to finish Chemical Kinetics and Chemical Equilibrium for today. I hope I can keep this study pace for the next review days to come.
Total study time: 8:05:40.43
WRAP UP:
- Kinds of nouns (proper, common, abstract)
- Modifications or qualities of nouns (person, number, gender, case)
- Nominative case
- Possessive case
- Objective case
- Kinds of pronouns
- Boiling Point Elevation
- Osmotic pressure
- Freezing point depression
- Raoult’s Law problems (volatile & nonvolatile substances, partial pressure, mole fraction in solution, mole fraction in vapor phase, vapor pressure of solution)
- Distillation & Raoult’s Law
- Colloids (Colloidal names, hydrophilic colloids, hydrophobic colloids)
- Absorption vs Adsorption
- Rate of Reaction concept
- Activation Energy
- The Rate Law
- The Rate Constant
- Collision Theory Model
- Arrhenius Equation
- Instantaneous vs Average Rate of Reaction
- Factors Affecting the Rate of the Reaction
- Catalysts
- Identifying the intermediate & catalyst in a reaction mechanism
- Equilibrium state
- Reaction Quotient Q
- Equilibrium Constant K
- Predicting reaction direction (Q vs K)
- Writing equilibrium expression for chemical reaction