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Try it with Soba ›Browse clear notes, active-recall flashcards, and practice questions by course and unit. Copy any set into your StudySoba workspace.
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Review the seven subjects in Elsevier's current HESI Admission Assessment review book and plan study around your school's assigned sections.
Try original mixed questions for math, reading, word meaning, grammar, biology, chemistry, and anatomy.
Practice fractions, decimals, ratios, proportions, percentages, conversions, dosage-style arithmetic, and word problems.
Practice main ideas, stated details, purpose, tone, sequence, context clues, and evidence-based inference.
Review word meaning, context clues, roots and affixes, sentence agreement, pronouns, modifiers, punctuation, and usage.
Study cells, membranes, energy use, DNA, cell division, genetics, tissues, and basic organism processes.
Review atoms, periodic patterns, bonding, reactions, moles, solutions, acids, bases, and common calculations.
Review tissues, body regions, nervous signals, circulation, breathing, digestion, kidney function, and hormonal control.
Review the current RBT exam format, six scored domains, question counts, and a practical study sequence.
Try original scenario questions across measurement, assessment, teaching, reduction procedures, reporting, and ethics.
Practice continuous and discontinuous measurement, permanent product, calculations, graph entry, and trend reading.
Review preference assessments, ability assessments, descriptive procedures, and participation in functional analysis.
Study reinforcement, teaching trials, naturalistic teaching, task chains, discrimination, prompts, generalization, and token systems.
Review response functions, antecedent procedures, differential reinforcement, extinction, punishment, and emergency procedures.
Practice objective session records, timely supervisor communication, data irregularity reporting, and chain-of-command decisions.
Review competence, supervision, confidentiality, public statements, boundaries, gifts, feedback, and cultural humility.
Review the current PTCE format, four domains, score scale, and the January 2026 outline revisions.
Try original mixed PTCE practice covering medications, federal rules, dispensing safety, and pharmacy calculations.
Study generic and brand pairs, drug classes, uses, dosage forms, routes, interactions, adverse effects, storage, and stability.
Review controlled substances, recalls, restricted programs, waste handling, and federal pharmacy records for the PTCE.
Practice error prevention, pharmacist referrals, incident reporting, high-alert storage, and safe dispensing checks.
Practice days supply, quantities, ratios, proportions, conversions, concentrations, package identifiers, and Sig translation.
Review trading partners, product tracing, suspect-product handling, and the DSCSA material added to the 2026 PTCE outline.
Review the ATI TEAS 7 format, timing, scored areas, pacing, and mixed practice for all four sections.
Try original mixed questions that mirror the reasoning and item formats used across all four ATI TEAS 7 sections.
Practice main idea, evidence, inference, text organization, source use, and argument evaluation for TEAS Reading.
Review number operations, algebra, ratios, percentages, measurement, data, and unit conversion for TEAS Math.
Review anatomy and physiology, biology, chemistry, and scientific reasoning for the TEAS Science section.
Practice grammar, punctuation, sentence boundaries, word choice, spelling, and revision for TEAS English.
Practice body systems, regulation, circulation, gas exchange, digestion, kidneys, hormones, and reproduction for TEAS Science.
Plan section pacing, handle alternate item formats, review errors, and use the calculator and scratch paper with purpose.
Review receptors, signal transduction, feedback, mitosis, and cell-cycle control for AP Biology Unit 4.
Study the models, brain structures, and learning strategies behind memory for AP Psychology.
Review neural signaling, brain systems, sensation, sleep, genetics, and research methods for AP Psychology Unit 1.
Study perception, memory, thinking, intelligence, and language for AP Psychology Unit 2.
Review conditioning, observational learning, thinking across age, attachment, and identity for AP Psychology Unit 3.
Review attribution, group behavior, attitudes, identity, personality theories, and assessment for AP Psychology Unit 4.
Study stress, psychological disorders, diagnosis, therapy, medication, and habits linked to wellbeing for AP Psychology Unit 5.
Connect molecular structure to boiling point, solubility, vapor pressure, and chromatography.
Review moles, mass spectra, electron configurations, photoelectron spectra, and periodic trends for AP Chemistry Unit 1.
Study ionic solids, covalent bonds, Lewis diagrams, electron delocalization, formal charge, and molecular geometry for AP Chemistry Unit 2.
Review intermolecular attractions, solids, gases, solutions, spectroscopy, and separation for AP Chemistry Unit 3.
Choose among substitution, integration by parts, trigonometric identities, and trigonometric substitution.
Read market shifts, calculate elasticity, and connect price movement with quantity and total revenue.
Study neurons, action potentials, synapses, brain regions, spinal pathways, and autonomic divisions.
Compare substitution and elimination mechanisms using substrate, nucleophile, base, and solvent.
Build and interpret intervals for proportions and means while checking the required conditions.
Review water, carbon, macromolecules, monomers, bonds, and molecular structure for AP Biology Unit 1.
Study organelles, membrane transport, surface-area ratios, water potential, and cellular compartments.
Learn enzymes, photosynthesis, cellular respiration, energy coupling, and metabolic regulation.
A structured review of atomic structure, bonding, reactions, kinetics, equilibrium, acids, and thermodynamics.
Review the major AP Psychology domains, research methods, vocabulary, and application patterns.
Review mechanisms, spectroscopy, stereochemistry, acidity, synthesis, and reaction selection for the ACS organic chemistry exam.
Prepare for the ACS general chemistry exam with core equations, concepts, and mixed practice prompts.
Practice prioritization, safety, delegation, pharmacology, and clinical judgment in an exam-style format.
Review meiosis, Mendelian genetics, probability, inheritance patterns, and sources of genetic variation.
Study DNA replication, transcription, translation, gene regulation, mutation, and biotechnology.
Review evolution, population genetics, evidence for common ancestry, speciation, and phylogeny.
Study population growth, species interactions, energy flow, nutrient cycles, biodiversity, and disruption.
Review reaction evidence, equations, net ionic forms, stoichiometry, titration, oxidation, and reduction for AP Chemistry Unit 4.
Study reaction rates, rate laws, mechanisms, collision theory, energy profiles, and catalysts for AP Chemistry Unit 5.
Review energy transfer, calorimetry, enthalpy, phase transitions, bond energies, and Hess's law for AP Chemistry Unit 6.
Study reversible reactions, equilibrium constants, reaction quotients, concentration effects, pressure effects, and solubility for AP Chemistry Unit 7.
Review acid-base models, pH, strong and weak species, buffers, titrations, and molecular structure for AP Chemistry Unit 8.
Study entropy, Gibbs energy, thermodynamic favorability, galvanic cells, electrolysis, and cell voltage for AP Chemistry Unit 9.
Practice prioritization, assignment, delegation, consent, continuity, documentation, and client rights for the 2026 NCLEX-RN test plan.
Review medication administration, adverse effects, interactions, dosage safety, intravenous therapy, and monitoring for the 2026 NCLEX-RN test plan.
Practice urgent assessment, altered body systems, fluid balance, ventilation, perfusion, and postoperative complications for the 2026 NCLEX-RN test plan.
Practice precautions, sterile technique, incident response, client identification, restraints, and equipment safety for the 2026 NCLEX-RN test plan.
Review pregnancy, newborn care, age-linked milestones, screening, prevention, teaching, and self-care for the 2026 NCLEX-RN test plan.
Practice therapeutic communication, crisis response, grief, substance use, trauma, coping, and behavioral safety for the 2026 NCLEX-RN test plan.
Review mobility, hygiene, nutrition, elimination, rest, pain, positioning, and assistive care for the 2026 NCLEX-RN test plan.
Practice laboratory interpretation, diagnostic preparation, procedure care, complication detection, and trend recognition for the 2026 NCLEX-RN test plan.
Review orbital mixing, formal charge, electron delocalization, conjugation, and aromaticity with ACS-style recall checks.
Compare conjugate-base stability, pKa, equilibrium direction, inductive effects, and solvent effects for ACS organic chemistry.
Practice chirality, R and S labels, enantiomers, diastereomers, Newman projections, and cyclohexane chairs.
Study carbonyl addition, acyl substitution, enolates, aldol reactions, and reducing agents for ACS organic chemistry.
Combine IR, proton NMR, carbon NMR, mass data, and reaction planning for ACS organic chemistry problems.
Review isotopes, photons, orbitals, electron configurations, periodic trends, and photoelectron spectra for ACS general chemistry.
Practice molar mass, formula calculations, limiting reactants, yields, combustion data, and solution stoichiometry.
Review electrolytes, net ionic equations, precipitation, titration, solubility products, and common-ion calculations.
Study Lewis structures, molecular geometry, polarity, gases, liquids, solids, and phase diagrams for ACS general chemistry.
Practice calorimetry, Hess's law, entropy, free energy, state functions, and thermodynamic sign conventions.
Review rate laws, reaction order, integrated laws, half-time, Arrhenius plots, mechanisms, and catalysts.
Practice equilibrium constants, reaction quotients, buffers, titrations, pH, weak-acid calculations, and Le Châtelier reasoning.
Study galvanic cells, electrolysis, the Nernst equation, radioactive decay, binding energy, and nuclear equations.
Split rational functions by denominator type, solve coefficients, and find antiderivatives of the resulting terms.
Evaluate infinite intervals and unbounded integrands with limits, comparison, and p-integral tests.
Find sequence limits using algebra, monotonicity, bounds, squeeze reasoning, and recurrence relations.
Select comparison, ratio, root, integral, alternating, and telescoping tests for infinite series.
Find intervals of convergence and build polynomial approximations with Taylor and Maclaurin series.
Trace curves, calculate slopes, areas, and arc lengths in parametric and polar form.
Solve separable equations, read slope fields, and model growth, decay, and logistic behavior.
Use marginal utility, budget lines, and opportunity cost to explain household purchase decisions.
Connect marginal product with short-run cost curves, revenue, and the firm's output decision.
Compare price taking, market power, entry barriers, product differentiation, and strategic rivalry.
Study labor demand, marginal revenue product, wage setting, human capital, and income distribution.
Analyze spillover costs, spillover benefits, public goods, common resources, taxes, and permits.
Review membranes, transport, tissue classes, skin layers, glands, and repair.
Study bone tissue, joints, skeletal muscle contraction, lever action, and major movement terms.
Trace blood flow, cardiac conduction, vessel structure, blood pressure, and formed elements.
Follow airflow, ventilation mechanics, alveolar exchange, gas transport, and breathing control.
Trace food through the tract and connect organ structure with digestion, secretion, and absorption.
Study nephron filtration, reabsorption, secretion, urine concentration, and hormonal control of water and ions.
Review hormone classes, receptors, feedback loops, pituitary control, thyroid, adrenal glands, and pancreas.
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Bring in your lecture, reading, slides, or video. Soba keeps every study item connected to its source.
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