It is: 0.011
The smaller the value the closer it is to zero..003 < .01, therefore .003 is closer to zero.On a number line (not to scale):---(0)--(.001)-(.002)-(.003)-(.004)-(.005)-(.006)-(.007)-(.008)-(.009)-(.010)-(.011)Notice how .003 is closer to 0 than .010
You could first convert it to binary, and then to hexadecimal. Because octal and hexadecimal bases are both powers of two, the conversion between those bases and binary is quite easy. To go from octal to binary, take each digit in the number, and convert it to three binary digits: 5 -> 101 3 -> 011 2 -> 010 4 -> 100 So the binary version of the number is: 101 011 011 010 100 In order to convert to hexadecimal, your number of digits needs to be divisible by four (as 24 = 16). To get that, we need to add a digit, which will be a zero as our leftmost digit: 0101 0110 1101 0100 Now we can convert each of those sets of four binary digits into single hexadecimal digits, giving us our final answer: 9AD8
001, 002, 003, 004, 005, 010, 011, 012, 013, 014, 015, 020, 021, 022 and 023.
No, that will indicate the percentage the smaller number is of the larger number.
010 011 111
in march
It is: 0.011
To convert a binary number to an octal number, you need to know how an octal number is represented in binary. It is like this: 0 = 000 4 = 100 1 = 001 5 = 101 2 = 010 6 = 110 3 = 011 7 = 111 As you can see, an octal number consists of 3 'bits' (either a 0 of a 1). Now, to convert a binary number to an octal number, you first have to group the binary digits into groups of 3 bits (starting from the right). Then, you convert every group of bits into octal numbers. This way you get your binary number into an octal one. For example: (1010100111010010)2 We group them into groups of 3 bits, starting from the right. 1 010 100 111 010 010 As you see, we have a single digit left. We must add 0's to make it a group of 3 bits. 001 010 100 111 010 010 Then we convert every group into an octal number, according to the table above. 001 = 1 010 = 2 100 = 4 111 = 7 010 = 2 010 = 2 And in this way, you converted a binary number into an octal one. (1010100111010010)2 = (124722)8
dial 011 then the number. 011 is the number for international calling.
The smaller the value the closer it is to zero..003 < .01, therefore .003 is closer to zero.On a number line (not to scale):---(0)--(.001)-(.002)-(.003)-(.004)-(.005)-(.006)-(.007)-(.008)-(.009)-(.010)-(.011)Notice how .003 is closer to 0 than .010
To fax to NZ from the USA or Canada, you would need to dial: 011-64-fax number. 011 is to dial internationally, 64 is the international country code for NZ. To fax to NZ from the UK or Germany, you would need to dial 00-64 fax number (00 is to dial internaitonally from there) To fax NZ from Japan, you would need to dial: 010-64-fax number (010 is to dial internationally from Japan) To fax NZ from Australia, you would need to dial: 0011-64-fax number (0011 is to dial internationally from Australia) When dialling, remove any 0 or + from the start of the fax number (this is replaced by the country code).
Convert every octal digit into three binary digit: 0->000 1->001 2->010 3->011 4->100 5->101 6->110 7->111
011 27662310 011 27662306 Ashish Garg 011 27662310 011 27662306 Ashish Garg 011 27662310 011 27662306 Ashish Garg 011 27662310 011 27662306 Ashish Garg 011 27662310 011 27662306 Ashish Garg
input: 76543210(8) output: 111 110 101 100 011 010 001 000(2)
it forms the negative of the number and adds. eg 7 - 5 = 2 111 - 101 complement and increment the subtrahend. 101 ➔ 010 ➔ 011 add 111 + 011 = 010 (2)
Base2 011 = 11 Base3 011 = 10 Any base above that: Base2(11) equals 3