Chemistry tutor near me in Tampa, FL
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Chemistry test prep and assignment help in Tampa

Chemistry tutoring highlights in Tampa
Hyde Park, Westchase, Town 'N' Country see chemistry tutoring activity
Elbright taught 14 days ago
The session focused on elimination, ozonolysis, and addition reactions in organic chemistry. The Student worked through problems to identify reaction mechanisms and predict products, with an emphasis on factors influencing stability and regioselectivity. The Student was encouraged to review reaction mechanisms and continue working through practice problems from a study guide.
E1 vs. E2 Elimination Reactions
Zaitsev's Rule (More Substituted Alkenes)
Bulky Bases in Elimination Reactions
Ozonolysis of Alkenes
Ozonolysis of Alkynes
Markovnikov's Rule
Anti-Markovnikov Addition (Peroxide Effect)
Vaishnavi taught 15 days ago
The Tutor and Student discussed Nuclear Magnetic Resonance (NMR) spectroscopy, focusing on the theory behind NMR, including spin activity, alignment in a magnetic field, and the concept of chemical shift. The Student practiced identifying the number of signals in various molecules and interpreting NMR spectra to determine molecular structures. The Student will receive a worksheet for further practice.
Integration
Number of Signals
Factors Affecting Chemical Shift
Chemical Shift
Resonance and Relaxation
Alignment in Magnetic Field
NMR Active Nuclei
Trisha taught 29 days ago
The session covered predicting products, reactants, and reagents in organic chemistry reactions with alkenes and aromatic compounds. The student worked through various problems, focusing on hydrogenation, halogenation, hydroxylation, epoxidation, and oxidation reactions. The tutor provided a PDF with additional questions for further practice.
Hydroxylation with Osmium Tetroxide (OsO₄)
Reaction with Hypohalous Acids
Simmons-Smith Reaction: Cyclopropane Formation
Epoxidation with mCPBA
Markovnikov's Rule vs. Anti-Markovnikov's Rule
Ozonolysis of Alkenes
Hydrogenation and Halogenation of Alkenes
Srishti taught about 1 month ago
The Tutor introduced the student to the mole concept, explaining its relationship to mass, volume, and number of particles, and practiced using formulas to calculate moles. The student worked through example problems involving calculating the number of moles and particles. Homework was assigned to reinforce the concepts learned.
The Mole Concept: Introduction
Mole and Molar Mass Relationship
Mole and Volume at STP
Mole and Avogadro's Number
Formulas for Mole Calculations
How Chemistry Shapes Tampa’s Health and Your Career

Tampa, Florida, a vibrant metropolitan hub embracing its iconic bay, utilises chemistry as a fundamental force that shapes its unique environment, fuels its robust economy, and paves promising pathways for its residents. For students exploring scientific passions and parents exploring valuable professional paths, chemistry in Tampa offers compelling relevance, strong academic foundations, and a wealth of professional opportunities.
Safeguarding Our Bay
Chemistry stands as an indispensable tool for environmental stewardship and public health in Tampa, particularly concerning its beloved waterways. The ecological health of Tampa Bay, Florida's largest open-water estuary, is a paramount concern where chemical principles are vital for its preservation, guiding the understanding of water systems. The University of South Florida (USF) Chemistry Department conducts extensive and groundbreaking research focused on marine and environmental chemistry, directly addressing local challenges. Their studies include in-depth chemical analysis of water quality, nutrient levels (e.g., nitrogen, phosphorus compounds), and the complex chemical ecology of harmful algal blooms, most notably "red tide" (caused by specific algal chemistries like Karenia brevis). USF chemists are actively involved in understanding the underlying chemical mechanisms that drive these environmental events and developing innovative chemical strategies for their detection and mitigation, such as new analytical methods for toxins. This vital chemical research provides critical data and solutions for key regional entities such as Tampa Bay Water, the regional water utility, and the City of Tampa Water Department. Chemists within these utilities utilise sophisticated chemical processes (like coagulation, flocculation, and chlorination) for water treatment, purification, and stringent quality control analysis, ensuring a safe and reliable water supply for the community. Environmental consulting firms operating throughout the Tampa Bay area also rely heavily on chemical analysis for pollution monitoring, site remediation (e.g., treating contaminated soils with chemical agents), and ensuring compliance with chemical safety regulations. Recent faculty research from USF in environmental chemistry has directly contributed to efforts to chemically detect emerging contaminants in the marine environment and analyse the chemical spread of various pollutants, thereby protecting vital local ecosystems.
Chemistry Education and Vibrant Careers in Tampa
A robust chemistry education in Tampa opens a wide array of career opportunities, positioning graduates at the forefront of the city’s thriving industries and crucial environmental initiatives.
- The University of South Florida (USF), a leading public research university, offers comprehensive Bachelor's, Master's, and Doctoral programs in Chemistry, emphasising extensive hands-on laboratory experience and undergraduate chemical research.
- The University of Tampa (UT) provides a Bachelor of Science (B.S.) in Chemistry, known for its smaller class sizes and personalised faculty-student chemical research, offering an alternative for those seeking a more intimate academic setting.
- Hillsborough Community College (HCC) offers accessible foundational chemistry courses, serving as a vital pathway for many students to gain initial chemical expertise before transferring to four-year university programs.
In the Healthcare and Biotechnology sectors, chemists are essential at world-class institutions like Moffitt Cancer Center and major healthcare providers such as Tampa General Hospital for roles in clinical laboratories (performing chemical diagnostic tests), pharmaceutical research (developing new chemical compounds for drugs), medical diagnostics, and the rapidly growing biotech industry (involving chemical synthesis and analysis of biologics). Within Environmental Solutions, there is high demand for chemists at Tampa Bay Water and the City of Tampa Water Department for water chemistry control and treatment, as well as with environmental consulting firms for chemical pollutant monitoring, hazardous waste management, and coastal protection efforts. Given Tampa's status as a major port, the Industrial and Port Operations sector requires chemists for chemical quality control, safety compliance, and chemical process optimisation in chemical manufacturing and distribution across various industrial activities. In the Food & Consumer Goods industry, local processing plants, beverage companies, and consumer goods manufacturers actively seek chemists for crucial roles in product development (formulating new chemical mixtures), quality assurance, and ensuring food safety standards through chemical analysis. Chemistry provides Tampa with a critical edge, directly contributing to the ecological health of Tampa Bay and equipping the next generation with the chemical knowledge and skills to lead impactful careers, ultimately shaping a prosperous and healthy future for this dynamic Florida city.




