What are the different types of JC Chemistry tuition classes available at your centre?

We have 3 modes of learning for students to choose from: weekly physical classes at Bishan; weekly online lessons via Zoom; and on-demand video lessons.

Are you the only Chemistry tutor conducting the classes or do you engage other tutors to do that?

Please be rest assured that I conduct all my classes personally and I do not engage other tutors to teach at my centre.

How well do your students perform after attending your H2 Chemistry tuition classes?

Most of my students showed improvements by at least 3 grades and more than 80% have attained distinction for A Levels. The earlier the students join my classes, the more confident I am in improving their grades.

What is your class size at Bishan?

Usually the class size is around 10 to 12 students. Max class size is 16 pax.

Is there makeup lesson if I miss a class?

Yes makeup lesson is available in the same week subject to availability. If makeup class is not possible, the student can view the recorded video lessons at Google Classroom.

Do you have trial lesson available? How much is it?

Yes we do. Fees for trial lesson are for Bishan class and for Zoom online class.

Does your centre offer O Level chemistry tuition? Do you teach IB / IP chemistry tuition? How about H1 Chemistry?

Chemistry Guru specialises in H2 Chemistry for JC1 and JC2 or IP Year 5 and IP Year 6 students only. Find out all the information about A Level H2 Chemistry and the detailed comparison between H1 and H2 Chemistry. We do not conduct lessons for H1 Chemistry, O Level Chemistry, IB Chemistry or IP Chemistry at IP Year 3 and IP Year 4.

2020 A Level H2 Chemistry Paper 1 Suggested Solutions

Here are the suggested solutions for 2020 A Level H2 Chemistry Paper 1 by Singapore's esteemed JC Chemistry tuition centre Chemistry Guru, providing quality chemistry tutoring classes since 2010.

P1 Q1 - Deducing number of d-orbitals with 4 lobes

P1 Q2 - Deducing Group from Successive Ionisation Energies

P1 Q3 - Deducing Charge of Ion from Proton, Neutron and Electron Number

P1 Q4 - Comparing Boiling Points of C₅H₁₂ Isomers

P1 Q5 - Deducing Temperature and Boiling Point of Mixture

P1 Q6 - Compare PV against V Graph for Equal Masses of Gases

P1 Q7 - Determine Partial Pressure of HI in Equilibrium Mixture

P1 Q8 - Thermal Decomposition of Group 2 Carbonates

P1 Q9 - Determine Empirical Formula of Boron Carbide

P1 Q10 - Deduce Concentration Time Graph for Zero Order Reaction

P1 Q11 - Deduce Feasibility at Different Temperatures

P1 Q12 - Compare Rate and Determine Volume of CO₂ formed