logo

Srishti Arora

innovative Chemistry Tutor Enhancing Learning Through Interactive and Creative Teaching Approaches

4.8(32)

Free trial within 24 hours

Loading...
Profile photo of Srishti, Chemistry tutor at Wiingy
Verified degree or teaching certification of Srishti
Chemistry learning materials by Srishti
Chemistry learning materials by Srishti
tutor-image
tutor-image

Chemistry tutor - Srishti Arora

Masters degree

Srishti Your chemistry tutor

With over 11 years of experience and a Masters degree in chemistry,I am Srishti Arora, your go-to online tutor for all things Chemistry my specialities include crafting personalised learning plans, engaging in chemistry experiments, and providing test prep strategies. I cover a wide array of Subjects like Biochemistry, Inorganic Chemistry, and more. I excel in offering real-world applications of Chemistry concepts, making the subject more relatable and understandable for elementary, middle, and high school students. Whether it’s Mastering Chemical Bonding or understanding Physical Chemistry, I ensure that my students grasp the fundamentals with ease. I am adept at catering to students with special needs, ensuring a supportive and Inclusive learning environment for all. Let’s embark on a journey of discovery and academic excellence together. Book a session With me today and experience the Transformative power of expert teaching in Chemistry!

Srishti graduated from CCS University

Srishti graduated from CCS University

Chemistry class overview

My tutoring style is exam- focused, interactive And visually engaging, emphasising patience to ensure students grasp complex concepts effectively. I specialise in teaching a wide range of chemistry subjects from inorganic to Organic chemistry, using tools like microsoft Teams ,zoom and interactive whiteboards. I follow a comprehensive curriculum covering Topic like chemical bonding, atomic structure, and biochemistry. With over 200 students taught, I work with elementary, middle and high school students, tailoring my approach to suit their individual learning needs, ensuring they excel academically. Lecture-Based Teaching • Use concept maps and flowcharts for complex pathways (e.g., glycolysis, Krebs cycle). • Incorporate storytelling (e.g., how ATP is “the currency of energy”). • Integrate clinical correlations (e.g., diabetes in carbohydrate metabolism).

Specialities of your chemistry tutor

Homework help icon

Homework help

Career guidance icon

Career guidance

Australian Curriculum (AU) icon

Australian Curriculum (AU)

Chemistry lab skills icon

Chemistry lab skills

New Zealand Curriculum - NZC (NZ) icon

New Zealand Curriculum - NZC (NZ)

Test prep strategies icon

Test prep strategies

Personalized learning plans icon

Personalized learning plans

Review sessions icon

Review sessions

Next Generation Science Standards - NGSS (USA) icon

Next Generation Science Standards - NGSS (USA)

keyLearning

Chemistry concept taught by Srishti

Student learned 7 days ago

The Student and Tutor worked through organic chemistry mechanisms, focusing on identifying reagents, predicting products, and understanding stereochemistry (cis/trans). They reviewed carbocation stability and Markovnikov's rule. The Tutor will prepare notes and examples to further clarify rules for predicting stereochemistry in reactions, for discussion in the next session.

Determining Reagents and Catalysts

Arrow Pushing and Carbocation Stability

Stereochemistry: Cis vs. Trans Addition

Understanding MCPBA

3D Arrangement and Nucleophilic Attack

Show more

Student learned 11 days ago

The Student and Tutor practiced arrow-pushing mechanisms in organic chemistry, covering reactions involving electrophilic addition to alkenes with reagents like MCBPA, HBr, and Br2/H2O. The session ended with a discussion of chair conformations and a plan to further explore complex conversions in the next class.

Arrow Pushing Mechanisms

Regioselectivity

Carbocation Stability

Protonation

Nucleophilic Attack

Show more

Student learned 13 days ago

The Student and Tutor covered organic chemistry reagents, their functions in reactions, oxidation and reduction processes, and Markovnikov's and anti-Markovnikov's rules. The Student practiced applying these reagents to predict products in various reactions and learned about oxymercuration-demercuration and epoxidation. They are scheduled to continue working on reaction mechanisms in the next session.

Catalysts in Organic Reactions

Oxidizing Agents

Reducing Agents

Oxymercuration-Demercuration

Meta-Chloroperoxybenzoic Acid (MCPBA)

Anti-Maronikov's Rule

Maronikov's Rule

Show more

Student learned 14 days ago

The session covered acid-base reaction mechanisms, nucleophilic attacks, resonance structures, carbocation stability, and alkyne reactions. The Student practiced applying these concepts and learned Markovnikov's rule to predict major products in reactions with unsymmetrical alkenes. The Tutor assigned additional problems to reinforce understanding.

Applying Electronegativity in Reaction Mechanisms

Markovnikov's Rule: Regioselectivity in Alkene Additions

Alkynes and Amide Reactions

Resonance Structures and CarboCation Stability

Arrow Pushing Mechanisms: Protonation & Nucleophilic Attack

Show more

Student learned 22 days ago

The Student and Tutor reviewed resonance effects (+R and -R) and their application to predicting products in organic reactions. The Student worked through several examples, including electrophilic aromatic substitutions and elimination reactions. The session concluded with a discussion of reaction mechanisms and the role of dehydrating agents, with a plan to continue practicing mechanisms in the next session.

Reaction Mechanisms: Electrophilic Aromatic Substitution

Esterification Reaction

Resonance in Sulfuric Acid (H₂SO₄)

Reaction Types: Addition

Oxidation

Substitution

Elimination

Resonance Structures: Plus R and Minus R Effects

Show more

Student learned 25 days ago

The session focused on understanding resonance, including its definition, rules, and examples like benzene, ozone, and carbonate ions. The Student learned about +R and -R effects and their influence on directing groups in reactions. The Student was assigned practice problems related to resonance structures for homework.

Ortho

Meta

and Para Positions

Resonating Structures of Benzene

-R Effect (Negative Resonance Effect)

+R Effect (Positive Resonance Effect)

Resonating Structures of Ozone (O₃)

Resonance

Show more

Your chemistry tutor also teaches

Biochemistry

Biochemistry

Acids, Bases & pH

Acids, Bases & pH

States of Matter

States of Matter

Organic Chemistry

Organic Chemistry

Chemical Reactions

Chemical Reactions

Physical Chemistry

Physical Chemistry

Tools & techniques used by chemistry tutor

Quizzes image

Quizzes

Assessments image

Assessments

Practice worksheets image

Practice worksheets

Video conferencing image

Video conferencing

Presentations image

Presentations

Types of learners for chemistry class

Home schooled icon

Home schooled

Middle School students icon

Middle School students

Elementary School students icon

Elementary School students

Anxiety or Stress Disorders icon

Anxiety or Stress Disorders

High School students icon

High School students

Interactive chemistry lessons

Mobile joining icon

Mobile joining

Pets are welcomed icon

Pets are welcomed

Open Q&A icon

Open Q&A

Record lessons icon

Record lessons

Weekend lessons icon

Weekend lessons

tutorFooter

Chemistry tutors on Wiingy are vetted for quality

Every tutor is interviewed and selected for subject expertise and teaching skill.