文字式の電卓2

calculator, unit conversion, n-ary system

Thank you for your interest in this app.

[How to use]

(1) "Unit conversion"

input formula

"expression comma answer unit"

"Formula Comma Answer unit Comma Answer unit"

example

If you execute "500g + 700g, kg", the answer will be "1.2kg".

If you execute "500g + 700g, kg, g", the answer will be "1kg200g".

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(2) "N-ary system"

Binary to 36 base numbers are available.

For example, in hexadecimal calculation, each digit needs 36 numbers from 0 to 35.

Numbers of 10 or more are capital letters

ABCDEFGHIJKLMNOPQRSTUVWXYZ

Please replace with

0

1

2

3

Four

Five

6

7

8

9

10 → A

11 → B

12→C

13 → D

...

33 → X

34→Y

35→Z

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input formula

"Formula comma bottom of formula comma bottom of answer"

example

Executing "7 + 5, 10, 2" will give the answer "7 + 5₍₁₀₎ = 1100₍₂₎".

Executing "7 + 5, 10, 16" will give the answer "7 + 5₍₁₀₎ = C₍₁₆₎".

(3) "Temperature conversion"

example

Executing "30℃" will give the answer "86℉"

Running "30℉" gives the answer "−1.1111111111℉"

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[Various units]

metric system

Length: m, mm, cm, km

Area: m2, mm2, cm2, km2, a, ha

Volume: m3, mm3, cm3, km3, L, mL, dL, kL, cc

Weight: g, mg, kg, t

yard and pound method

Length: inches, feet, yards, miles

Area: in2, ft3, yd2, mi2, acre

Volume: in3, ft3, yd3, mi3, ounce, gallon

Weight: ounces, pounds

Shakanho

Length: 100 meters long

Area: Rokugotsubobuunetsu

Volume: shoudoseki

Weight: 100% cotton

SI prefix

10^1: da (deca)

10^2: h (hect)

10^3: k (kilo)

10^6: M (mega)

10^9: G (giga)

10^12: T (tera)

10^15: P (Peta)

10^18: E (exa)

10^21: Z (zeta)

10^24: Y (Yota)

10^27: R (Rona)

10^30: Q (Queta)

10^−1: d (deci)

10^-2: c (cm)

10^−3: m (mm)

10^−6: μ (micro

10^-9: n (nano)

10^−12: p (pico)

10^−15: f(femto)

10^−18: a

10^−21: z (Zept)

10^−24: y (Yocto)

10^−27: r (Ronto)

10^−30: q (quest)

SI base unit

s, kg, m, A, K, mol, cd

SI assembly unit

Hz (Hertz) Hz=s−1

N (Newton)　N=kg⋅m⋅s^−2

Pa (Pascal)Pa=kg⋅m^−1⋅s^−2

J (joule) J=kg⋅m2⋅s^−2

W (Watt) W=kg⋅m2⋅s^−3

C (coulomb)　C=A⋅s

V (bolt)　V=kg⋅m2⋅s^−3⋅A^−1

F (Farad)　F=kg−1⋅m^−2⋅s4⋅A2

Ω (Ohms) Ω=kg⋅m2⋅s^−3⋅A^−2

S (Siemens)　S=kg−1⋅m^−2⋅s3⋅A2

Wb (Weber)　Wb=kg⋅m2⋅s^−2⋅A^−1

T (Tesla)　T=kg⋅s^−2⋅A^−1

H (Henry)　H=kg⋅m2⋅s^−2⋅A^−2

°C (degrees Celsius) °C=K

Bq (becquerel) Bq=s^−1

Gy (gray) Gy=m2⋅s^−2

Sv (sievert)　Sv=m2⋅s^−2

kat (Qatar) kat=mol⋅s^−1