Ivan Gavrilov/CalcKit: All-in-One Calculator
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General
Language
Theme
Trigonometric Unit
Decimal Places
Calculator
Edit Buttons
Vibrations
Full Keyboard Layout
Calculator Type
Result Type
Copy Result on Equal
Floating Calculator Size -
Dark
Light
Degree
Radian
Gradian
Scientific
RPN
Decimal
Fraction -
Title
Description
Variables
Name
Unit(s)
Formulas
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Available Operations
Logical & Comparison
Tutorial -
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Auto Layout
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Floating Calculator
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units
units²
units³
sides
Area
Perimeter
Radius of inscribed circle
Radius of circumscribed circle
Number of sides
Numerical eccentricity
Radius of inscribed sphere
Radius of circumscribed sphere
Volume
Total Area
Lateral Area
Base Area
Top Area
Bottom Area
Area of Spherical Cap
Radius
Distance -
Result
Input
Value
Values
Method
Type
Size
units
Arithmetic
Geometric
Harmonic
How many different numbers are possible?
How many numbers are used in a set?
Is the order important?
Can you repeat a number?
Combinations
Permutations
Decimal
Fraction
GCF
LCM
Greatest Common Factor
Least Common Multiple
Prime Factors
Next Prime
Is Prime
Equations
System of equations
Infinite solutions
Dimensions
Select operation
Result Copied
Initial Value
Increase / Decrease
Final Value -
Determinant of Matrix A = 0, the matrix is not invertible
Determinant of Matrix B = 0, the matrix is not invertible
The sizes of matrices should be identical!
The number of columns in Matrix A should equal the number of rows in Matrix B! -
Yes
No
Directly Proportional
Inversely Proportional
Linear Equation
Quadratic Equation
Cubic Equation
2x2 Array
3x3 Array
A ⇄ B
A × B
A + B
A - B
Determinant
Inverse
Transpose
Increase
Decrease -
Result
Input
Values
hours
turns
Color to Value
Value to Color
Resistor Value
Inductor Value
Bands
Nearest Standard Value
Number of Bands
Tolerance
Temperature Coeff.
Number of LEDs in series
Red
Orange
Green
Blue
Infrared
Vcc is too small
Components
Series
Parallel
Total
Resistor
Capacitor
Inductor
Active Power
Reactive Power
Apparent Power
Phase
Power Factor
Select Application
Select Mode
Select Filter
Capacitive Reactance
Inductive Reactance
Resonance
Material
Resistivity
Conductivity
Wire Length
Wire Size
Wire Resistance
Wire Conductance
Battery Capacity
Device Consumption
Estimated Hours
Resolution
Reference Voltage
Low Voltage
High Voltage
ADC Values
Digital
Analog
Input Voltage Range
Quantization Levels
Voltage per Level
Harmonic
Frequency
Period
Speed
Wavelength -
Due to the voltage loses in the LM317 regulator chip, the input voltage should be at least 2V more than the required output voltage.
T -> Output Pulse. R1 should be in range of 1KΩ to 1MΩ.
Duty = High Period ÷ Total Period × 100. R1 & R2 should be between 1KΩ and 10MΩ. It is not possible to have Duty<
50% with this circuit. -
3 Bands
4 Bands
5 Bands
6 Bands
Resistors
Capacitors
Inductors
Non-Inverting Amplifier
Inverting Amplifier
Differential Amplifier
Monostable Mode
Astable Mode
Low-Pass
High-Pass
RC Filter
RL Filter
LC Filter
Copper
Aluminium
Silver
Gold
Iron
Nichrome
Other -
Input your values
Result
Price
Tax
Method
Final price
Tax amount
Bill amount
Nr. of people
Tip
Tip amount
Final bill
Cost / Person
Initial amount
Interest rate
% per year
Period
years
Simple Interest
Final value
Interest
Compound Interest
Last currency update
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