78 results for “net”
The net area between a curve and the x-axis from a to b.
Rectified Linear Unit: outputs the input if positive, else zero.
Energy of a moving object.
Kinetic energy of a rotating body.
An object stays at rest or in uniform motion unless acted on by a net force.
Net force equals mass times acceleration (rate of change of momentum).
Planets orbit the Sun in ellipses with the Sun at one focus.
A line from a planet to the Sun sweeps equal areas in equal times.
Electric flux through a closed surface is proportional to the enclosed charge.
A changing magnetic flux induces an electromotive force.
Induced current opposes the change in flux that produced it.
A magnetic field circulates around an electric current.
A changing magnetic flux induces an EMF.
Induced currents oppose the change producing them.
Root-mean-square speed of gas molecules.
Mean translational kinetic energy per molecule.
Force between two point charges.
Force per unit charge at a point.
Electric field around a point charge.
Potential due to a point charge.
Energy of two interacting charges.
Electric flux through a closed surface.
Capacitance from plate area and separation.
Force on a moving charge in a magnetic field.
Force on a current-carrying conductor.
Magnetic field around a long straight wire.
Magnetic field inside an ideal solenoid.
Induced EMF from changing magnetic flux.
Flux through a surface in a magnetic field.
EMF from a conductor moving through a field.
Rotation frequency of a charge in a magnetic field.
Energy stored per unit volume in EM fields.
Light speed from vacuum constants.
The four equations that describe how electric and magnetic fields are generated by charges and currents, and how they interact — the complete classical theory of electromagnetism.
Kinetic energy of ejected electrons.
Energy stored in a magnetic field.
Energy stored in an inductor magnetic field.
Reaction rate as a function of reactant concentrations.
Temperature dependence of the reaction rate constant.
Half-life of a first-order reaction.
Genotype frequencies in a non-evolving population.
The two allele frequencies must total 1.
Net growth rate from birth and death rates.
Proportion of G and C bases in DNA.
Energy stored by producers after respiration.
Rate of an enzyme-catalysed reaction.
Phenotype ratio from a heterozygous monohybrid cross.
Phenotype ratio from a dihybrid cross.
Genetic map distance in centimorgans.
Energy available to an ecosystem after respiration.
Frequencies of two alleles sum to one.
Digestible carbs after subtracting fibre and half of sugar alcohols.
Gravitational acceleration at a body's surface.
Time between repeated alignments of two orbiting bodies.
Present value of a stream of cash flows.
Company profit allocated to each share.
Profit generated per dollar of equity.
Profit generated per dollar of assets.
The “bottom line” — total earnings after all expenses, interest and taxes are deducted from revenue.
How efficiently a company turns its assets into profit.
The profit generated for each dollar of shareholders’ equity.
The percentage of revenue that survives as profit after all costs.
The net asset value backing each common share.
Profit after all expenses.
National output measured as total spending by households, firms, government and net exports.
Links the money supply and its velocity to the price level and real output.
The monetary value of a one-pip move for a given trade size.
Fundamental electromagnetic resonance of the Earth.
Closed form for the nth Fibonacci number.
Time to transfer data of a given size at a rate.
Maximum data rate of a noiseless channel.
Maximum error-free data rate of a noisy channel.
The original learning rule that nudges weights when a prediction is wrong.
The temperature a planet would settle at from sunlight alone, before greenhouse warming.
Amount of data "in flight" on a network link at any instant.
Net revenue is gross revenue less returns, refunds and discounts — the amount actually recognised.
Net revenue retention measures recurring revenue kept from existing customers, including expansion, contraction and churn.