Academic Prompts

Find the derivative of a function with each rule named and applied step by step, or generate derivative practice problems with an answer key.

Generate well-designed survey questions for any research topic, catching leading questions, double-barreled items, loaded wording, and unlabeled scales before they reach respondents.

Generate a set of hydrocarbon combustion equations to balance, with difficulty control over fuel complexity and atom-count verification for each answer.

Calculate the mean, median, and mode of a data set with the sum, count, sorted positions, and frequency count shown at every step.

Build a monohybrid or dihybrid Punnett square from given parent genotypes, with every gamete generated, every box filled in, and genotype and phenotype ratios verified.

Run SQ3R's Survey and Question steps on reading material to build a map and questions, check a Recite and Review pass, or explain five steps.

Analyze a pasted poem using TPCASTT, SOAPSTone, or free-form close reading, producing line-quoted evidence covering form, sound devices, figurative language, tone, shifts, and theme.

Turn an abstract concept into concrete operational definitions with tradeoffs explained, evaluate whether an existing definition captures the construct, or explain operationalization with an example.

Solve for voltage, current, or resistance using Ohm's law, or calculate each resistor's voltage drop in a series circuit, with the answer verified.

Build the exact MLA 9th edition heading block and running header, check in-text citations for correct author-page format, and explain Works Cited formatting rules.

Solve for the electrostatic force, a charge, or the distance between two charges using Coulomb's law, with every substitution and unit shown and verified.

Explain leaf anatomy from epidermis to mesophyll, walk through the cohesion-tension theory driving water transport, and check answers about leaf structure functions.

Solve for a cone's volume from its radius and height, showing the one-third factor as its own step and verifying against the dimensions.

Explain Km and Vmax from the reaction curve, compare competitive and noncompetitive inhibition, or calculate how a factor changes reaction rate, naming the mechanism throughout.

Practice explaining the greenhouse effect's selective-transparency mechanism and reasoning through greenhouse gas scenarios, with every answer distinguishing the natural effect from its human-amplified version.

Explain the difference between descriptive and inferential statistics with a shared example, check whether a claim is descriptive or inferential, or classify a technique.

Explain dark matter and dark energy as separate phenomena, covering galaxy rotation curves, gravitational lensing, and the 1998 supernova discovery of accelerating expansion.

Solve for a sphere's volume from its radius, or the radius from a known volume, with the four-thirds factor and cubing step shown separately.

Explain Darwin's four postulates with a real example, judge whether a scenario describes natural selection, or compare directional, stabilizing, and disruptive selection types.

Explain the universe's timeline, covering inflation, nucleosynthesis, recombination, the cosmic microwave background, and reionization, and why the Big Bang was space itself expanding.

Predict whether an ionic compound dissolves in water using solubility rules and their exceptions, and classify a substance as a strong, weak, or nonelectrolyte.

Solve for gravitational force, mass, or distance using Newton's law of gravitation, with every substitution verified, or explain the law through a worked example.

Solve for a pyramid's volume from square, rectangular, or custom base dimensions, showing the base area and the one-third factor as separate calculation steps.

Build a properly formatted citation for uncommon sources like interviews, photographs, podcasts, artwork, and government documents in APA, MLA, or Chicago style.