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Spring Stored Energy","description","Calculate elastic energy in an ideal linear spring from its stiffness and signed displacement from equilibrium.","Physics Calculators","format","Calculator","action","Calculate","style",{"_153":154,"_155":156,"_157":158},"icon","","--app-accent","oklch(0.43 0.095 272)","--app-tint","oklch(0.97 0.021 272)","--app-border","oklch(0.79 0.05 272)","linear-spring-restoring-force-displacement","Linear Spring Restoring Force & Displacement","Calculate the signed restoring force of an ideal passive spring from its stiffness and change in length.",{"_153":154,"_155":156,"_157":158},"linear-momentum-components-and-vector-magnitude","Linear Momentum Components & Vector Magnitude","Calculate one-dimensional momentum or three Cartesian momentum components and magnitudes from positive mass and signed velocities.",{"_153":154,"_155":156,"_157":158},"light-travel-time-distance-julian-year","Light Travel Time & Distance in Julian Years","Convert travel time to distance using the vacuum speed of light or a lower positive propagation speed, with astronomical units.",{"_153":154,"_155":156,"_157":158},"light-travel-time-distance","Light Travel Time & Distance","Convert propagation time and distance at vacuum light speed or a supplied positive speed up to that limit.",{"_153":154,"_155":156,"_157":158},"lift-force-flow-coefficient","Lift Force & Flow Coefficient","Relate positive lift force to fluid density, flow speed, reference area and dimensionless lift coefficient.",{"_153":154,"_155":156,"_157":158},"knudsen-mean-free-path-length-ratio","Knudsen Number from Mean Free Path & Length","Calculate the dimensionless ratio of molecular mean free path to a chosen characteristic length, with inverse calculations.",{"_153":154,"_155":156,"_157":158},"","kilogram-force-newton-force-units","Kilogram-Force, Newtons & Force Units","Convert kilogram-force, newtons and other force units using standard gravity and exact unit definitions.",{"_153":154,"_155":156,"_157":158},"physics-inverting-buck-boost-converter-local-unit-relations","Inverting Buck-Boost Duty Cycle from Output Magnitude","Calculate inverting buck-boost duty cycle from output magnitude using known measurements, selectable units and clear physical assumptions.",{"_153":154,"_155":156,"_157":158},"physics-insertion-loss-local-unit-relations","Insertion Loss from Power or Equal-Impedance Voltage","Calculate insertion loss from power or equal-impedance voltage using known measurements, selectable units and clear physical assumptions.",{"_153":154,"_155":156,"_157":158},"inductor-reactance-susceptance-magnitude","Inductor Reactance & Susceptance Magnitude","Calculate ideal inductive-reactance magnitude and its reciprocal at a positive frequency.",{"_153":154,"_155":156,"_157":158},"inductor-current-stored-magnetic-energy","Inductor Current & Stored Magnetic Energy","Calculate stored energy in a linear ideal inductor from positive inductance and signed current.",{"_153":154,"_155":156,"_157":158},"illuminance-lux-foot-candles","Illuminance in Lux & Foot-Candles","Convert nonnegative illuminance between lumens per square meter and lumens per square foot.",{"_153":154,"_155":156,"_157":158},"ideal-gas-density-pressure-molar-mass","Ideal-Gas Density, Pressure & Molar Mass","Relate ideal-gas density to absolute pressure, absolute temperature and molar mass, with paired mass and mole units.",{"_153":154,"_155":156,"_157":158},"ideal-transformer-turns-voltage-current","Ideal Transformer Turns, Voltage & Current Ratio","Explore ideal transformer voltage and load-current magnitudes from a positive turns ratio.",{"_153":154,"_155":156,"_157":158},"ideal-rocket-delta-v-exhaust-speed-mass-ratio","Ideal Rocket Delta-v from Exhaust Speed & Mass Ratio","Relate ideal velocity change to effective exhaust speed and initial/final mass using the Tsiolkovsky equation, with all four inverse paths.",{"_153":154,"_155":156,"_157":158},"ideal-piston-pressure-bore-force","Ideal Piston Pressure, Bore & Force","Calculate ideal piston force from positive pressure difference and a full circular bore area.",{"_153":154,"_155":156,"_157":158},"ideal-lever-force-arm-mechanical-advantage","Ideal Lever Force, Arms & Mechanical Advantage","Balance ideal lever moments and calculate force ratio from perpendicular effort and load arms.",{"_153":154,"_155":156,"_157":158},"ideal-lc-natural-resonance-frequency","Ideal LC Natural Resonance Frequency","Calculate the natural frequency of an ideal inductor-capacitor model and solve for either component.",{"_153":154,"_155":156,"_157":158},"ideal-heat-engine-carnot-efficiency","Ideal Heat Engine Carnot Efficiency","Find the reversible heat-engine efficiency limit between two reservoir temperatures, using absolute temperature internally.",{"_153":154,"_155":156,"_157":158},"ideal-gas-volume-from-state-and-moles","Ideal Gas Volume from State & Moles","Find ideal-gas volume from the pressure-volume-temperature relation, with optional gas mass and molar mass to determine moles.",{"_153":154,"_155":156,"_157":158},"ideal-gas-temperature-from-state-and-moles","Ideal Gas Temperature from State & Moles","Find ideal-gas temperature from the pressure-volume-temperature relation, with optional gas mass and molar mass to determine moles.",{"_153":154,"_155":156,"_157":158},"physics-ideal-gas-law-local-unit-relations","Ideal Gas Pressure, Volume, Amount and Gas Mass","Calculate ideal gas pressure, volume, amount and gas mass using known measurements, selectable units and clear physical assumptions.",{"_153":154,"_155":156,"_157":158},"ideal-gas-pressure-from-state-and-moles","Ideal Gas Pressure from State & Moles","Find ideal-gas pressure from the pressure-volume-temperature relation, with optional gas mass and molar mass to determine moles.",{"_153":154,"_155":156,"_157":158},"ideal-gas-molecular-root-mean-square-speed","Ideal Gas Molecular Root Mean Square Speed","Find molecular RMS speed from absolute temperature and molar mass, with retained gas presets, custom mass and reviewed hydrogen and water values.",{"_153":154,"_155":156,"_157":158},"","physics-buck-converter-local-unit-relations","Ideal Buck Converter Duty Cycle and Ripple Inductance","Calculate ideal buck converter duty cycle and ripple inductance using known measurements, selectable units and clear physical assumptions.",{"_153":154,"_155":156,"_157":158},"ideal-broad-crested-weir-head-width-flow","Ideal Broad-Crested Weir Head, Width & Flow","Estimate ideal rectangular broad-crested weir discharge from upstream head, transverse crest width and gravity.",{"_153":154,"_155":156,"_157":158},"physics-boost-converter-local-unit-relations","Ideal Boost Converter Duty Cycle and Ripple Inductance","Calculate ideal boost converter duty cycle and ripple inductance using known measurements, selectable units and clear physical assumptions.",{"_153":154,"_155":156,"_157":158},"hydraulic-head-difference-gradient","Hydraulic Head Difference & Gradient","Find the signed head drop per unit distance between two points sharing a hydraulic-head datum.",{"_153":154,"_155":156,"_157":158},"hubble-rate-distance-and-cosmic-recession-speed","Hubble Rate, Distance and Cosmic Recession Speed","Relate an assumed Hubble rate, positive proper distance and cosmic recession speed, with signed rates, zero-case handling and independent speed/distance units.",{"_153":154,"_155":156,"_157":158},"horizontal-coriolis-force-acceleration-and-signed-latitude","Horizontal Coriolis Force, Acceleration and Signed Latitude","Evaluate a signed horizontal Coriolis scalar for a moving mass, with editable frame rotation, latitude, acceleration, unit selectors and supported inverses.",{"_153":154,"_155":156,"_157":158},"gravitational-acceleration-mass-center-distance","Gravity from Mass & Center Distance","Relate gravitational acceleration, source mass and distance from its center using Newton’s inverse-square model.",{"_153":154,"_155":156,"_157":158},"gravitational-potential-energy-height-reference","Gravitational Potential Energy from Reference Height","Relate mass and signed height to gravitational potential energy in a uniform gravitational field.",{"_153":154,"_155":156,"_157":158},"grams-cubic-centimeters-density","Grams & Cubic Centimeters by Density","Convert between mass in grams and volume in cubic centimeters using the density you supply.",{"_153":154,"_155":156,"_157":158},"gear-tooth-count-pitch-diameter-module","Gear Tooth Count, Pitch Diameter & Module","Relate positive whole tooth count, pitch-circle diameter, tooth density and gear module.",{"_153":154,"_155":156,"_157":158},"gear-teeth-ratio-input-output-rpm","Gear Teeth Ratio & Output RPM","Calculate a gear ratio from tooth counts and convert between input and output rotation rates.",{"_153":154,"_155":156,"_157":158},"gear-speed-reduction-multiplier","Gear Speed Reduction & Reciprocal Multiplier","Find the tooth ratio, output speed and reciprocal speed multiplier for a compatible gear pair.",{"_153":154,"_155":156,"_157":158},"gas-volume-amount-constant-temperature-pressure","Gas Volume & Amount at Constant Temperature and Pressure","Use Avogadro’s relation to calculate one gas volume or amount from the other three positive values.",{"_153":154,"_155":156,"_157":158},"gas-compressibility-factor-and-missing-state-values","Gas Compressibility Factor and Missing State Values","Calculate positive compressibility factor from measured gas-state quantities, or recover a supported missing quantity with a known positive factor.",{"_153":154,"_155":156,"_157":158},"full-circular-pipe-flow-mean-velocity","Full Circular Pipe Flow & Mean Velocity","Relate volumetric flow rate, inside pipe diameter and cross-sectional mean speed for a full circular pipe.",{"_153":154,"_155":156,"_157":158},"friction-normal-force-coefficient","Friction, Normal Force & Coefficient","Relate sliding friction or limiting static friction to normal force and a nonnegative friction coefficient.",{"_153":154,"_155":156,"_157":158},"friction-force-normal-load-coefficient","Friction Force from Contact Load & Coefficient","Find kinetic friction or the limiting static friction from a coefficient and the normal contact force.",{"_153":154,"_155":156,"_157":158},"friction-coefficient-normal-force","Friction Coefficient & Normal Force","Calculate μN for kinetic friction or a maximum static-friction estimate using a supplied coefficient.",{"_153":154,"_155":156,"_157":158},"frequency-metric-prefixes-hertz-kilohertz","Frequency Prefix Conversion in Hertz","Calculate frequency prefix conversion in hertz with compatible units, known-value inputs and clearly stated model assumptions.",{"_153":154,"_155":156,"_157":158},"frequency-from-wavelength-medium-speed","Frequency from Wavelength & Wave Speed","Convert between wavelength and frequency using a medium preset or your own positive phase speed.",{"_153":154,"_155":156,"_157":158},"free-fall-time-drop-initial-velocity","Free-Fall Time from Drop Distance & Initial Velocity","Solve the downward displacement, elapsed time and initial velocity of an ideal fall under constant gravity, preserving reverse inputs and unit choices.",{"_153":154,"_155":156,"_157":158},"free-fall-height-time-gravity","Free-Fall Height & Time with Initial Velocity",{"_153":154,"_155":156,"_157":158},"free-fall-distance-initial-speed-gravity","Free-Fall Distance from Time, Initial Speed & Gravity",{"_153":154,"_155":156,"_157":158},"free-fall-arrival-velocity-drop-time","Free-Fall Arrival Velocity, Drop Distance & Time",{"_153":154,"_155":156,"_157":158},"four-stroke-engine-airflow-demand","Four-Stroke Engine Airflow Demand","Estimate four-stroke engine airflow from displacement, RPM and volumetric efficiency, or recover a missing quantity in SI and customary units.",{"_153":154,"_155":156,"_157":158},"force-radius-angle-torque-magnitude","Force, Radius & Angle Torque Magnitude","Calculate the magnitude of a single force’s torque about a pivot, including its direction angle.",{"_153":154,"_155":156,"_157":158},"fluid-drag-force-coefficient-area","Fluid Drag Force, Coefficient & Area","Calculate positive drag force from fluid density, relative speed, drag coefficient and its matching reference area.",{"_153":154,"_155":156,"_157":158},"fluid-depth-hydrostatic-absolute-pressure","Fluid Depth & Hydrostatic Absolute Pressure","Calculate absolute pressure at depth from fluid density, gravity and surface pressure, with reverse solutions and density presets.",{"_153":154,"_155":156,"_157":158},"flash-to-thunder-delay-and-distance-estimate","Flash-to-Thunder Delay and Distance Estimate","Estimate lightning sound-path distance from the measured flash-to-thunder delay and an editable positive sound speed.",{"_153":154,"_155":156,"_157":158},"first-order-rc-rl-corner-frequency","First-Order RC & RL Corner Frequency","Find the ideal first-order corner frequency for a selected RC or RL circuit model.",{"_153":154,"_155":156,"_157":158},"fan-airflow-pressure-rise-and-dc-input-power","Fan Airflow, Pressure Rise and DC Input Power","Balance fan air power, volumetric flow per minute and pressure rise with DC voltage, current and overall efficiency; solve any unknown using selectable units.",{"_153":154,"_155":156,"_157":158},"f-number-entrance-pupil-diameter-area","F-Number, Entrance Pupil Diameter & Area","Relate focal length, f-number and the diameter and area of an ideal circular entrance pupil.",{"_153":154,"_155":156,"_157":158},"engineering-length-strain-threshold-comparison","Engineering Length Strain & Entered Threshold Comparison","Calculate engineering strain from original and final length and compare it with an explicitly illustrative or custom threshold.",{"_153":154,"_155":156,"_157":158},"engine-torque-displacement-bmep","Engine Torque, Displacement & BMEP","Calculate brake mean effective pressure from torque, total swept displacement and crankshaft revolutions per cycle.",{"_153":154,"_155":156,"_157":158},"engine-bore-stroke-swept-volume","Engine Bore, Stroke & Swept Volume","Find total swept displacement from a common cylinder bore, stroke and positive whole-cylinder count.",{"_153":154,"_155":156,"_157":158},"energy-based-capacitance-voltage-and-stored-energy","Energy-Based Capacitance, Voltage and Stored Energy","Solve ideal capacitance, voltage magnitude or stored electrical energy with editable results, joule and watt-hour units, and farad prefixes.",{"_153":154,"_155":156,"_157":158},"energy-transition-gap-and-photon-frequency","Energy Transition Gap and Photon Frequency","Convert an energy-level gap to photon frequency, or recover either signed energy level, using exact Planck conversion and independent energy units.",{"_153":154,"_155":156,"_157":158},"electrical-conductivity-resistivity-reciprocal","Electrical Conductivity & Resistivity Converter","Convert electrical conductivity and resistivity in either direction, with selectable material examples and custom values.",{"_153":154,"_155":156,"_157":158},"elastic-solid-shear-wave-speed","Elastic Solid Shear Wave Speed","Relate shear modulus, density and shear wave speed in a homogeneous linear elastic solid.",{"_153":154,"_155":156,"_157":158},"dynamic-kinematic-viscosity-density","Dynamic & Kinematic Viscosity with Density","Convert between positive dynamic and kinematic viscosity using mass density at the same fluid conditions.",{"_153":154,"_155":156,"_157":158},"drivetrain-crawl-ratio-gear-tooth-ratio","Drivetrain Crawl Ratio & Gear Tooth Ratio","Multiply transmission, transfer-case and axle ratios, and calculate a separate axle ratio from ring and pinion tooth counts.",{"_153":154,"_155":156,"_157":158},"drag-based-ballistic-mass-to-area","Drag-Based Ballistic Mass to Area","Find the drag-based mass-to-area coefficient, or solve for mass, reference area or drag coefficient using consistent SI or customary units.",{"_153":154,"_155":156,"_157":158},"displaced-fluid-buoyant-force-mass","Displaced Fluid, Buoyant Force & Mass","Solve buoyant force, displaced fluid mass or displaced volume using fluid density and local gravity.",{"_153":154,"_155":156,"_157":158},"dielectric-brewster-angle-index-ratio","Dielectric Brewster Angle & Index Ratio","Calculate Brewster angle or either positive refractive index for an ideal dielectric interface.",{"_153":154,"_155":156,"_157":158},"density-mass-volume-rectangular-dimensions","Density, Mass, Volume & Box Dimensions","Solve average density, mass or volume, with optional length, width and height for a rectangular solid.",{"_153":154,"_155":156,"_157":158},"density-from-volume-known-mass","Density from Volume & Known Mass","Find density from positive mass and volume, or derive a rectangular solid’s volume from its three dimensions, with reverse calculations and unit choices.",{"_153":154,"_155":156,"_157":158},"density-from-mass-block-volume","Density from Mass & Rectangular Dimensions",{"_153":154,"_155":156,"_157":158},"decibel-power-voltage-ratio-gain","Decibel Gain from Power or Voltage Ratios","Convert positive power ratios and positive voltage-magnitude ratios to independent decibel gains.",{"_153":154,"_155":156,"_157":158},"dc-voltage-current-power-resistance-ratio","DC Voltage–Current Power & Resistance Ratio","Calculate signed DC power and the voltage-to-current ratio at a nonzero operating point.",{"_153":154,"_155":156,"_157":158},"cylinder-mass-density-radius-height","Cylinder Mass, Density, Radius & Height","Solve density and mass from volume, or reveal cylinder dimensions to calculate volume from radius and height.",{"_153":154,"_155":156,"_157":158},"cube-mass-density-volume-and-diagonal-measurements","Cube Mass, Density, Volume and Diagonal Measurements","Relate a positive cube mass and density to its volume, edge, face diagonal and space diagonal while retaining every unit selector.",{"_153":154,"_155":156,"_157":158},"critical-damping-natural-frequency","Critical Damping & Natural Frequency","Find critical viscous damping, mass, stiffness and the undamped natural frequency of a linear spring–mass system.",{"_153":154,"_155":156,"_157":158},"cooling-capacity-btu-per-hour-watts-and-refrigeration-tons","Cooling Capacity: BTU/h, Watts and Refrigeration Tons","Convert positive heat-removal capacity between International Table BTUs per hour, watts with metric prefixes, and refrigeration tons using exact unit relationships.",{"_153":154,"_155":156,"_157":158},"constant-temperature-gas-pressure-volume-and-amount","Constant-Temperature Gas Pressure, Volume and Amount","Relate absolute pressures and volumes at fixed temperature, preserve unit and inverse controls, and calculate the read-only amount from the initial state.",{"_153":154,"_155":156,"_157":158},"constant-pressure-gas-volume-temperature-and-amount","Constant-Pressure Gas Volume, Temperature and Amount","Relate two positive ideal-gas states with fixed pressure and amount, preserve editable units and inverse controls, and calculate optional amount through the initial state.",{"_153":154,"_155":156,"_157":158},"conical-heap-slope-angle-height-radius","Conical Heap Slope Angle, Height & Radius","Relate height and radius of an ideal conical heap to slope angle and a simple friction-equivalent ratio.",{"_153":154,"_155":156,"_157":158},"compton-photon-scattering-wavelength-shift","Compton Photon Scattering Wavelength Shift","Calculate compton photon scattering wavelength shift with compatible units, known-value inputs and clearly stated model assumptions.",{"_153":154,"_155":156,"_157":158},"compression-bulk-modulus-volume-strain","Compression Bulk Modulus & Volume Strain","Calculate positive bulk modulus from a pressure increase and a negative volume change, retaining signed compressive strain.",{"_153":154,"_155":156,"_157":158},"closed-surface-electric-flux-from-enclosed-charge","Closed-Surface Electric Flux from Enclosed Charge","Relate positive enclosed charge, total electric flux and the permittivity parameter, retaining charge units, two flux units and an editable locked vacuum default.",{"_153":154,"_155":156,"_157":158},"classical-mobility-diffusion-temperature-and-carrier-charge","Classical Mobility, Diffusion and Carrier Charge","Relate diffusion coefficient, electrical mobility, absolute temperature and positive carrier-charge magnitude using the classical Einstein relation and exact SI Boltzmann constant.",{"_153":154,"_155":156,"_157":158},"classical-kinetic-energy-mass-speed","Classical Kinetic Energy from Mass & Speed","Calculate translational kinetic energy, mass or the nonnegative speed corresponding to an entered energy.",{"_153":154,"_155":156,"_157":158},"circular-motion-force-acceleration-angular-speed","Circular-Motion Force, Acceleration & Angular Speed","Solve circular-motion relationships for force, acceleration, speed, radius or mass, with angular-speed unit conversion.",{"_153":154,"_155":156,"_157":158},"circular-shaft-torsion-angle-length-rigidity","Circular Shaft Twist from Torque & Torsional Rigidity","Calculate elastic twist of a uniform circular shaft using torque, length, polar second moment of area and shear modulus, including reverse inputs.",{"_153":154,"_155":156,"_157":158},"uniform-circular-motion-period-speed-acceleration","Circular Motion: Period, Speed & Inward Acceleration","Relate period, cycle frequency and angular rate, or add radius to calculate tangential speed and centripetal acceleration.",{"_153":154,"_155":156,"_157":158},"circular-aperture-rayleigh-resolution","Circular Aperture Rayleigh Resolution","Estimate the small-angle diffraction limit from wavelength and an ideal circular aperture diameter.",{"_153":154,"_155":156,"_157":158},"circuit-resistance-and-material-resistivity-from-ohmic-fields","Circuit Resistance and Material Resistivity from Ohmic Fields","Recover component resistance from positive circuit measurements, and separately recover material resistivity from electric field and current density, with preserved inverse controls.",{"_153":154,"_155":156,"_157":158},"charged-particle-electric-field-acceleration","Charged Particle Acceleration in an Electric Field","Calculate charged particle acceleration in an electric field with compatible units, known-value inputs and clearly stated model assumptions.",{"_153":154,"_155":156,"_157":158},"charge-voltage-potential-energy-electron-volts","Charge, Voltage & Electric Potential Energy","Convert charge and electric potential difference into signed potential-energy change, in electron-volts or joules.",{"_153":154,"_155":156,"_157":158},"charge-magnitude-to-equivalent-excess-electrons","Charge Magnitude to Equivalent Excess Electrons","Convert a nonnegative charge magnitude to an equivalent electron count with eight charge units, sixty count scales and the exact elementary-charge default.",{"_153":154,"_155":156,"_157":158},"centrifuge-rpm-rcf-radius-conversion","Centrifuge RPM & Relative Force from Rotor Radius","Convert between RPM and relative centrifugal force using the entered rotor radius and the conventional rounded coefficient.",{"_153":154,"_155":156,"_157":158},"cell-emf-load-internal-resistance","Cell EMF, Terminal Voltage & Internal Resistance","Relate a cell’s ideal EMF, internal resistance and a positive resistive load during discharge.",{"_153":154,"_155":156,"_157":158},"3D Science","Averages & Centers","Biology Calculators","Business Calculators","Business Pricing","Camp Operations","Charts & Data","Chemistry Calculators","Clean & Organize","Clocks & Timers","Combine & Split","Compare Data","Construction Calculators","Convert","Cooking & Baking","Counting & Sampling","Data File Services","Date Calculators","Diagrams & Graphs","Distributions","Document & Data Services","Ecology Calculators","Everyday Calculators","Everyday Math","Finance & Change","Financial Calculators","Fitness & Health Calculators","Functions & Curves","GeoJSON Basics","Grids & Fields","Grids & Patterns","Groups & Breaks","Kitchen & Groceries","Local SQL","Many Variables","Maps & GIS","Math Calculators","Measure & Navigate","Numbers & Reports","Other Calculators","Percentiles & Outliers","Personal Notebooks","Planning & Productivity","Probability Distributions","Relationships & Trends","Reports & Data","Scientific Data","Scientific File Services","Select & Compare","Shape & Transform","Special Coordinates","Sports Calculators","Spread & Shape","Statistics Calculators","Summary Updates","Tables & Data","Tests & Evidence","Time & Calendars","Unit Converters","View & Inspect","Weighted Statistics","Work & Job Hunting",{"_38":657,"_39":658,"_41":659},{"_38":654,"_39":655,"_41":656},{"_38":651,"_39":652,"_41":653},{"_38":648,"_39":649,"_41":650},{"_38":645,"_39":646,"_41":647},{"_38":642,"_39":643,"_41":644},{"_38":639,"_39":640,"_41":641},{"_38":636,"_39":637,"_41":638},{"_38":633,"_39":634,"_41":635},{"_38":630,"_39":631,"_41":632},{"_38":627,"_39":628,"_41":629},{"_38":12,"_39":40,"_41":24},{"_38":624,"_39":625,"_41":626},{"_38":621,"_39":622,"_41":623},{"_38":618,"_39":619,"_41":620},{"_38":615,"_39":616,"_41":617},"games-play","Games & Play",199,"learning-reference","Learning & Reference",313,"productivity","Productivity",83,"developer-tools","Developer Tools",273,"video-audio","Video & Audio",141,"career-jobs","Career & Jobs",6,"text-writing","Text & Writing",147,"specialty-tools","Specialty Tools",67,"client-communication-forms","Client Communication & Forms",49,"marketing-reputation","Marketing & Reputation",43,"scheduling-retention","Scheduling & Retention",48,"pricing-profitability","Pricing & Profitability",46,"marketing-business","Marketing & Business",22,"images-design","Images & Design",312,"files-documents","Files & Documents",114,"userData","isStaging","isCampsSite","meetingsHost","campsEnabled",true,"atlasPublished",{"_677":665,"_678":665},"campsOrigin","https://camps.bookify.com","marketingSites",{"_672":673,"_674":669,"_675":676},"main","https://www.bookify.com","camps","meetings","https://meetings.bookify.com","server","diagrams"]