It is the digit of 0 that represents the hundreds place value.
The number 0.370 represents the hundredths place. This is used in math.
To write eight and a half thousand, you would write 8,500. The number 8 represents the thousands place, the number 5 represents the hundreds place, and the number 0 represents the tens place. The "and a half" portion is represented by the number 5 in the hundreds place.
The binary value 1000 0000 represents the decimal number 128. In binary, each digit's place value doubles from right to left, starting at 1. Therefore, the rightmost digit is 1, representing 2^0, and the leftmost digit is 1, representing 2^7, which equals 128 in decimal.
Well, isn't that just a happy little binary number we have here! When we look at 00001001, we can see that it represents the decimal number 9. Each place in the binary number represents a power of 2, starting from the right with 2^0, then 2^1, 2^2, and so on. So, 02^7 + 02^6 + 02^5 + 02^4 + 12^3 + 02^2 + 02^1 + 12^0 equals 9.
When a bit is turned on, it represents a "1". When it is turned off, it represents a "0". The exact value depends on where the bit is within the byte it is part of. In the binary number 0000 0001, the last bit is set to 1 and represents the number 1. In the binary number 0000 0010, the second to last bit is set to 1, which corresponds to the "2's" place relative to decimal numbers. In the binary number 0000 1000, the bit that is set to 1 represents the value "8" in decimal numbers.
Oh, dude, the 1 in binary number 100000 represents the value of 1 in the place value of 2^5 (32). So, like, it's saying there are 32 of something there, like 32 apples or 32 tacos, you know? It's like saying, "Hey, there's a bunch of stuff in this place value, pay attention!"
A power of 2. In the decimal system, we use powers of 10, in the binary system, powers of 2. Other number system use some other number as their base; for example, hexadecimal (base-16) uses powers of 16.
The digit of 0 represents the hundreds place
Each place represents a power of 2. 10101010 base 2 = 27 + 25 + 23 + 21 = 128 + 32 + 8 + 2 = 170
If you mean how do you convert 8 into binary numbers, here it is. 8 -- Eights place value
It is the digit of 0 that represents the hundreds place value.
The number two.
The number 0.370 represents the hundredths place. This is used in math.
Why_you_use_octa_number_system_and_hexadecimal_number_system_in_place_of_binary_number_systen
To write eight and a half thousand, you would write 8,500. The number 8 represents the thousands place, the number 5 represents the hundreds place, and the number 0 represents the tens place. The "and a half" portion is represented by the number 5 in the hundreds place.
The binary value 1000 0000 represents the decimal number 128. In binary, each digit's place value doubles from right to left, starting at 1. Therefore, the rightmost digit is 1, representing 2^0, and the leftmost digit is 1, representing 2^7, which equals 128 in decimal.