600/250
Input 600/250 Exact result 12/5 Decimal form 2.4 Mixed fraction 2 2/5 Quotient and remainder 2×250 + 100 Prime factorization 2^2×3×5^(-1) Continued fraction [2; 2, 2] Egyptian fraction expansion 2 + 1/3 + 1/15
Input 600/250 Exact result 12/5 Decimal form 2.4 Mixed fraction 2 2/5 Quotient and remainder 2×250 + 100 Prime factorization 2^2×3×5^(-1) Continued fraction [2; 2, 2] Egyptian fraction expansion 2 + 1/3 + 1/15
Input interpretation 100000×10% Result 10000 Number name 10 thousand
Input {5, 350, 0} Total 5 + 350 + 0 = 355 Vector length 65 sqrt(29)~~350.036 Normalized vector (1/(13 sqrt(29)), 70/(13 sqrt(29)), 0) Spherical coordinates (radial, polar, azimuthal) r~~350.036, theta~~90. °, phi~~89.1815 °
Input 5/600 Exact result 1/120 Decimal approximation 0.008333333333333333333333333333333333333333333333333333333… Repeating decimal 0.0083^_ (period 1) Percentage 0.8333% Prime factorization 2^(-3)×3^(-1)×5^(-1) Continued fraction [0; 120] Occurrence in convergents pi/377~~0, 1/120, 353/42361, 354/42481, … (simple continued fraction convergent sequence)
Input interpretation 90×40% Result 36 Number name thirty-six
Input interpretation 20000×30% Result 6000 Number name 6 thousand
Input 31000×12 Result 372000 Number name three hundred seventy-two thousand Number length 6 decimal digits
Input gcd(54, 32) Result 2
Input interpretation convert 21/70 to percent Result 21/70 = +30% (30% increase) Fraction form 30% = 3/10
Input 300000×0.2 Result 60000