In decimal numbers each digit to the left of the decimal point represents the number of lots of 10^0 (units), 10^1 (tens), 10^2 (hundreds), and so on. To the right they are lots of 10^-1 (tenths), 10^-2 (hundredths) and so on. The pattern is the same with octal numbers except that the 10 are replaced by 8.
So, starting with the "octal point", which would be equivalent to a decimal point, the digit immediately to the left represents the number of 8^0 (=1). The digit to the left of that represents the number of lots of 8^1 (=8). To the left of that is the number of 8^2 (=64) and so on. To the right of the point it is the number of 8^-1 (=1/8), then 8^-2 (=1/64) and so on.
So for example, Octal(3647.2) = 3*8^3 + 6*8^2 + 4*8^1 + 7*8^0 + 2*8^-1 in decimal
= 3*512 + 6*64 + 4*8 + 7*1 + 2*1/8
= 1536 + 384 + 48 + 7 + 0.25 = 1959.25
262 octal is178 decimal.262 decimal is406 octal
Octal: 56704534 Decimal: 12290396
24 octal is 8 * 2 + 4 is 20 decimal
16
It is 36.
262 octal is178 decimal.262 decimal is406 octal
Octal: 56704534 Decimal: 12290396
A45C: Decimal = 42076 Octal = 122134
BB895C: Octal = 56704534 Decimal = 12290396
(83)base10 to octal
24 octal is 8 * 2 + 4 is 20 decimal
The octal equivalent of decimal number 16 is 20. In octal, each digit represents three binary digits, so converting decimal 16 (which is 10000 in binary) into octal gives 20.
221122: Binary = 1000100001000100100010 Octal = 10410442 Decimal = 2232610
16
10
1010 = 128
It is 36.