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processing
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Which part of the computer carries out arithmetic operations such as addition and multiplication?
Processor - Aka Chip or Microprocessor
What is the part of the CPUthat handles arithmetic and logic operations?
ALU
Can i get a calculator?
If you have a computer, you already have the calculator that is part of the computer's program.
Why complex numbers used in impedance?
Because there is an angle involved. If - for example - the resistance (the real part) is 10 ohms, and the reactance (the imaginary part) is also 10, then there is an angle of 45 degrees; which actually means that this will be the displacement angle between the voltage and the current.Impedance may just be specified with an angle; but it turns out that the calculations between voltage, current, and impedance correspond precisely to the calculations with complex numbers.Because there is an angle involved. If - for example - the resistance (the real part) is 10 ohms, and the reactance (the imaginary part) is also 10, then there is an angle of 45 degrees; which actually means that this will be the displacement angle between the voltage and the current.Impedance may just be specified with an angle; but it turns out that the calculations between voltage, current, and impedance correspond precisely to the calculations with complex numbers.Because there is an angle involved. If - for example - the resistance (the real part) is 10 ohms, and the reactance (the imaginary part) is also 10, then there is an angle of 45 degrees; which actually means that this will be the displacement angle between the voltage and the current.Impedance may just be specified with an angle; but it turns out that the calculations between voltage, current, and impedance correspond precisely to the calculations with complex numbers.Because there is an angle involved. If - for example - the resistance (the real part) is 10 ohms, and the reactance (the imaginary part) is also 10, then there is an angle of 45 degrees; which actually means that this will be the displacement angle between the voltage and the current.Impedance may just be specified with an angle; but it turns out that the calculations between voltage, current, and impedance correspond precisely to the calculations with complex numbers.
To change the order of operations enclose part of the formula in what?
To change the order of operations in a mathematical expression, you can enclose part of the formula in parentheses. This indicates that the operations within the parentheses should be performed first, altering the standard order of operations. For example, in the expression (2 + 3 \times 4), enclosing the addition in parentheses as ((2 + 3) \times 4) changes the result.
Is performing a computer calculations part of the input of the computer operations?
No. "Input" means getting data INTO the computer.
What part of the processor responsible for carrying out calculations?
The arithmetic logic unit (ALU) is the part of the processor responsible for carrying out calculations, performing arithmetic and logical operations on data. It is a fundamental component of the CPU that executes instructions and processes data.
What part of a computer performs calculations and other computing operations?
The Central Processing Unit or CPU.
What part of the processor is responsible for carrying out calculations?
The Arithmetic Logic Unit (ALU) is responsible for carrying out calculations in a processor. It performs arithmetic and logical operations on the data that is being processed.
The part of the computer that does the calculations?
Processor. It is sometimes called "Central Processing Unit" or CPU.
What part of the computer system is most directly concerned with performing the action called for by a program?
ROM
What is the logic unit is the part of the CPU which performs all of the calculations?
The ALU performs arithmetic and logic operations. ALU stands for Arithmetic Logic Unit.
Which part of the computer carries out arithmetic operations such as addition and multiplication?
Processor - Aka Chip or Microprocessor
The logic unit is the part of the CPU which performs all of the calculations?
no calculation are happening in arithmetic unit,logical operations in logic unite. both happening in ALU,
What is a computer that can perform billions of calculations per second?
I would have to say yes, since many PCs on the market are rated at more than 1 gigahertz (giga is 10^9 which is a thousand million).However, assuming "calculations" refers to arithmetic operations, it must be noted that many of these operations take many more than one machine cycle to complete. On the basis presented in the first part of the answer, the correct answer to the question is that a modern PC might be able to carry out thousands of millions of calculations per second, particularly if these operations are of a primitive nature (add, subtract, etc).In real terms, the answer is probably No, because most calculations require a mix of operations, including more complex operations than addition or subtraction. In addition to the pure arithmetic operation, operands also need to be obtained (from memory) and results may need to be stored, etc.In conclusion, most average PCs today will struggle to reach one thousand million useful arithmetic calculations per second, but will generally reach one thousand million operation per second.
Is the hard disk drive is part of the motherboard?
No, a hard disk drive is not a part of the motherboard. The mother board is the actual processing unit of the cpu. It performs all the operations and calculations etc while the hard disk is the memory storage unit of the computer. The hard disk is where all the pictures, file, movies, documents etc. are stored in the computer. These files are of course accessed by the motherboard as nothing can happen without the motherboard!
How is a computer able to add?
Computers features the Arithmetic Logic Unit (ALU) which performs addition and other arithmetic operations. The ALU is a part of a computer's CPU.
