Top 10 Chemistry tutors near Staten Island, NY
In live online sessions, a chemistry tutor strengthens lab skills, calculations, and concepts. On Staten Island, the New York State Chemistry Regents caps a tough year of high school chemistry. Beginners and advanced students alike tackle reactions, moles, and stoichiometry online, around a full school week. Whether the goal is a better grade or exam readiness, sessions build toward it.
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Summary
Podcast

A look inside chemistry lessons in Staten Island
Tutors work with students in Stapleton, Todt Hill, West New Brighton
Srishti taught 11 days ago
Student and Tutor reviewed a chemistry exam, focusing on specific organic chemistry concepts where the Student lost points. Topics covered included conjugated pi systems, electrophilic aromatic substitution, Diels-Alder reactions (stereochemistry, s-cis/s-trans conformations, intramolecular reactions), and detailed reaction mechanism drawing with transition states. They plan to continue reviewing the remaining exam questions and practice more intramolecular Diels-Alder problems in their next session.
Conjugated Pi Systems & Dienes
Electrophilic Aromatic Substitution (EAS) Directing Groups
Friedel-Crafts Alkylation Mechanism & Arrow Pushing
Diels-Alder Reaction: Endo/Exo Stereochemistry & Steric Hindrance
Transition States and Intermediates
Intramolecular Diels-Alder Reactions
Srishti taught 24 days ago
The Student and Tutor reviewed foundational concepts in general and organic chemistry, including Lewis structures, sigma and pi bonds, molecular hybridization, and resonance structures. They practiced determining molecular shapes and bond angles using a hybridization calculation formula and discussed the delocalization of pi electrons. The next session is planned to cover acids and bases.
Sigma (σ) and Pi (π) Bonds
Atomic Orbital Shapes (s
p
d)
Hybridization and Molecular Geometry
Resonance Structures: Delocalization of Pi Electrons
Erone taught about 1 month ago
The student and tutor reviewed organic chemistry concepts, including nucleophilic and electrophilic attacks, and addition reactions to alkenes and alkynes. They worked through specific problems related to HBr and Br2 additions, with a focus on understanding reaction mechanisms and stereochemistry. The session served as a demo to assess tutoring fit, and a lesson plan for future sessions was briefly mentioned.
Nucleophile vs. Electrophile
Markovnikov's Rule
Syn vs. Anti Addition
Geminal Dihalides
Srishti taught 2 months ago
The Student and Tutor reviewed fundamental Organic Chemistry mechanisms, focusing on substitution and addition reactions. They clarified the roles of electrophiles and nucleophiles and applied Markovnikov's rule to predict reaction outcomes. The session also introduced and demonstrated key mechanistic patterns including proton transfer, dissociation, and nucleophilic attack, emphasizing carbocation stability. The next session is scheduled for Monday, with the Student encouraged to review the concepts discussed.
Introduction to Organic Reaction Types
Nucleophiles and Electrophiles
Addition Reactions & Markovnikov's Rule
Carbocation Stability in Mechanisms
Four Fundamental Mechanism Patterns
Radhika taught 3 months ago
The Student and Tutor reviewed foundational Chemistry concepts, including the historical development of the periodic table, atomic radius, ionization energy, and electron affinity. They discussed the definitions, factors affecting these properties, and their trends across periods and down groups, with the Student applying these concepts to comparative problems. The next session is planned to cover electronegativity and different types of electron configurations, including orbitals.
Mendeleev's Periodic Table & Its Limitations
Atomic Radius & Periodic Trends
Isoelectronic Species & Radius Comparison
Ionization Energy (IE) & Its Factors
Electron Affinity (EA) & Its Trends
Simran taught 3 months ago
The Student and Tutor reviewed Infrared (IR) Spectroscopy concepts, including functional group identification, peak interpretation, and the effects of conjugation. The session then introduced Nuclear Magnetic Resonance (NMR) Spectroscopy, covering magnetic moments, spin states, and the principle of resonance. The next session will focus on shielding and deshielding in NMR.
IR Spectroscopy Fundamentals: Principles & Peak Determinants
IR Spectroscopy: Characteristic Peaks for Oxygen & Nitrogen Functional Groups
IR Spectroscopy: Identification of Hydrocarbon Functional Groups and Substitution Patterns
Introduction to NMR: Nuclear Magnetic Moments and Active Nuclei
Introduction to NMR: Spin States
Alignment
and Resonance
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