How do you do 128 divided by 16?

How do you do 128 divided by 16?

128 divided by 16 is 8.

How do you work out 128 divided by 8?

The result of 128/8 is an integer, which is a number that can be written without decimal places.

  1. 128 divided by 8 in decimal = 16.
  2. 128 divided by 8 in fraction = 128/8.
  3. 128 divided by 8 in percentage = 1600%

What is the quotient of 128 divided by 4?

The quotient (integer division) of 128/4 equals 32; the remainder (“left over”) is 0. 128 is the dividend, and 4 is the divisor.

How do you solve 256 divided by 16?

The quotient (integer division) of 256/16 equals 16; the remainder (“left over”) is 0. 256 is the dividend, and 16 is the divisor.

What is the quotient of 128 divided by 16?

The quotient (integer division) of 128/16 equals 8; the remainder (“left over”) is 0. 128 is the dividend, and 16 is the divisor.

How do you work out 96 divided by 12?

The result of 96/12 is an integer, which is a number that can be written without decimal places.

  1. 96 divided by 12 in decimal = 8.
  2. 96 divided by 12 in fraction = 96/12.
  3. 96 divided by 12 in percentage = 800%

How do you work out 256 divided by 4?

256 divided by 4 is equal to 64. Looking at the last two digits (56), you know that this number will divide evenly because 56 is a multiple of 4.

How do you work out 64 divided by 4?

We write 644 in the long division format. Therefore, 64÷4=16 with a remainder of 0 .

How do you explain 32 divided by 2?

32 divided by 2 is 16.

Is 256 a special number?

It has 256 possible values. Thus 256 is the common number of possible values a byte can have and bytes are the standard unit for building larger quantities which are often multiples of that quantity. 256 is the base value so it appears in a lot of places.

What is the remainder of 125 divided by 14?

The result of division of 125÷14 125 ÷ 14 is 8 with a remainder of 13 .

What is the remainder of 99 divided by 12?

The quotient (integer division) of 99/12 equals 8; the remainder (“left over”) is 3.

What is 28 divided by 4 as a fraction?

The number 28 is called the numerator or dividend, and the number 4 is called the denominator or divisor. The quotient of 28 and 4, the ratio of 28 and 4, as well as the fraction of 28 and 4 all mean (almost) the same: 28 divided by 4, often written as 28/4.

How do you work out 56 divided by 7?

The quotient (integer division) of 56/7 equals 8; the remainder (“left over”) is 0. 56 is the dividend, and 7 is the divisor.

What is the remainder of 85 divided by 5?

What is the Quotient and Remainder of 85 Divided by 5? The quotient (integer division) of 85/5 equals 17; the remainder (“left over”) is 0. 85 is the dividend, and 5 is the divisor.

What is the remainder of 96 divided by 6?

The quotient (integer division) of 96/6 equals 16; the remainder (“left over”) is 0. 96 is the dividend, and 6 is the divisor.

How do you work out 56 divided by 2?

What is 56 Divided by 2?

  1. 56 divided by 2 in decimal = 28.
  2. 56 divided by 2 in fraction = 56/2.
  3. 56 divided by 2 in percentage = 2800%

How many binary digits are required when creating the representation of decimal number 256?

100000000 256 in binary is 100000000. Unlike the decimal number system where we use the digits 0 to 9 to represent a number, in a binary system, we use only 2 digits that are 0 and 1 (bits)….How to Convert 256 in Binary?

Dividend Remainder
32/2 = 16 0
16/2 = 8 0
8/2 = 4 0
4/2 = 2 0

Why is data represented in binary in a computer?

Computer systems are designed to process data. In order to do so, computers use electronic circuits that function as switches that can be turned on or off. We use a binary form to represent these two states: A 0 represents when a switch is off.

How many times is 75 in 400?

How many times does 75 go into 400? 5 times 75 goes into 400 and gives the remainder as 25.

What is the remainder of 92 11?

The quotient (integer division) of 92/11 equals 8; the remainder (“left over”) is 4. 92 is the dividend, and 11 is the divisor.

How do you work out 900 divided by 12?

To sum up, 900/12 = 75. It is a whole number with no fractional part. As division with remainder the result of 900 ÷ 12 = 75 R 0.

What is the remainder of 56 divided by 8?

What is the Quotient and Remainder of 56 Divided by 8? The quotient (integer division) of 56/8 equals 7; the remainder (“left over”) is 0. 56 is the dividend, and 8 is the divisor.

How do you work out 92 divided by 4?

The result of 92/4 is an integer, which is a number that can be written without decimal places.

  1. 92 divided by 4 in decimal = 23.
  2. 92 divided by 4 in fraction = 92/4.
  3. 92 divided by 4 in percentage = 2300%

How do you work out 56 divided by 4?

The result of 56/4 is an integer, which is a number that can be written without decimal places.

  1. 56 divided by 4 in decimal = 14.
  2. 56 divided by 4 in fraction = 56/4.
  3. 56 divided by 4 in percentage = 1400%

What is 28 split half?

28 divided by 2 is 14.

What is the best explanation for why digital data is represented in computers in binary?

What is the best explanation for why digital data is represented in computers in binary? The binary number system is the only system flexible enough to allow for representing data other than numbers.

Why do we use the decimal number system in science engineering group of answer choices?

When data is large enough computers switch to using decimal representation instead of binary, because you can represent larger numbers with fewer digits.

How is sampling used to store audio recordings?

Sampling is a method of converting an analogue audio signal into a digital signal. While sampling a sound wave, the computer takes measurements of this sound wave at a regular interval called sampling interval. Each measurement is then saved as a number in binary format.

How data is represented in digital systems and transmitted in networks?

Digital devices represent numeric data using the binary number system, also called base 2. The binary number system only has two digits: 0 and 1. No numeral like 2 exists in the system, so the number “two” is represented in binary as 10 (pronounced “one zero”).