Yes. A single high-level statement can generate one or more machine code instructions, sometimes in the order of several dozen instructions.
Compiler
an instruction cycle may consist of a number of machine cycles.
A statement found in many computer programming languages. It is a combination of the English words go and to. When executed it causes an unconditional transfer of control (a "jump") to another statement. The jumped-to statement is specified using some kind of label, which may be an identifier or a line number depending on the language. At the machine code level a goto is a form of branch or jump statement.
write a c++ program to convert binary number to decimal number by using while statement
The airplane is not considered to be a compound machine. The airplane is actually a complex machine with a large number of separate working parts.
With a COMPILER,
Compiler
an instruction cycle may consist of a number of machine cycles.
They're totally different animals, and neither one can be converted to the other one. A "decimal" is a number. An "equation" is a statement, that often has something to do with numbers. We don't think it's possible to change a number into a statement, or a statement into a number.
I have an Admiral Crescent serial number n2762572 and I need a shop manual/ instruction book
For calculating the T states of the any instruction ,you should know how many machine cycles does the instruction contains and the number of T states in each of the machine cyclesfor example,In a 8085 microprocessor set ,the instr. JMP contains three machine cyclesopcode fetch which is of 4T or 6T statesmemory read which is of 3T statesanother memory read which is again of 3T statesTherefore , the instr. JMP has a total of 10T states
Serial number A59492
Machine level language is the native language of the machine, also known as machine code. Every machine has it's own version of machine code and must be written entirely in binary. The machine has a number of primitive "operation codes" each of which maps to a unique binary value. For instance, if the machine has an 8-bit instruction register, it can have as many as 256 unique operation codes. By setting the instruction register, we can instruct the machine to perform a simple task. By rapidly changing the value in the instruction register, we can perform a series of operations in succession. Other registers can be used to store any operands required by an operation as well as to present the result of an operation and to keep track of where the next instruction is. By performing simple logical comparisons between registers we can change the value of the next instruction and thus alter the flow of execution through the sequence of instructions. All of this is achieved through machine code, and all low-level and high-level languages must be converted to machine code in order to execute a program. The machine itself can be programmed to perform this translation. The terms low-level and high-level simply give an indication of the level of abstraction between the source code and the resultant machine code. Low-level symbolic languages require very simple translations, but high-level languages require more complex translations.
the number of bits required to represent an instruction of a cpu is known as length of the instruction or known as instruction.
You cannot. An ATM card number and the corresponding bank account number are seldom the same. The only way to find it is to use the correct PIN number for that ATM card and then try to get a mini statement advice from the ATM machine. The bank statement will contain the account number linked to this ATM card.
A whole number or integer such as 67 is not normally converted into mixed number
1.281 converted to a mixed number = 1281/1000