Converting binary numbers to decimal form.

Convert the binary number 1000101 to decimal form.

Converting decimals numbers to binary.

Convert the decimal number 452 to binary.

Maintainenance and upgrading computer infrastructure

I'm doing a project in which theoretically I am a new hire to a computer department. I need to document a plan for maintenance and upgrading the computer infrastructure for the company.I can include narratives, flowcharts and diagrams. Any ideas?

Show results for specific operations when x=1000 001 1001 0101.

For X = 1000 0011 1001 0101, show the result of the following operations: a) shr(X) ____ ____ ____ ____ b) shl(X) ____ ____ ____ ____ c) cir(X) ____ ____ ____ ____ d) cil(X) ____ ____ ____ ____ e) ashr(X) ____ ____ ____ ____ f) ashl(X) ____ ____ ____ ____ g) dshr(X) ____ ____ ___ ...continues

Please create a component diagram using the UML component symbols in visio. Cut and paste diagram to a word document afterwards

A registration application for a school: UML diagram types are: Case Object Sequence Collaboration Statechart Activity Component Deployment I'm asking for a component diagram info to assist in creating diagram: SSN address amountBalance new() getStudentInfo() registerForClass() registerFor ...continues

It is the determination by means of a truth table the validity of De Morgan's Theorem for three variables. To determine by means of a truth table the validity of De Morgan’s Theorem for three variables: (ABC)’ = A’ + B’ + C’

Computer Organization Digital Logic Circuits(I) Boolean Algebra De Morga ...continues

It is the solution for finding the truth table of a three-variable exclusive-OR(odd) function. Find the truth table of a three-variable exclusive-OR(odd) function: x = A (+) B (+) C, where (+) stands for the exclusive-OR microoperation, that is, x = A exclusive-OR B exclusive-OR C.

Computer Organization Digital Logic Circuits(II) Boolean Algebra Three-Variable ...continues

Show that A(+)B(+)C = ABC +AB’ C’ + A’BC’ + A’B’C , where (+) stands for the exclusive-OR microoperation, that is, A exclusive-OR B exclusive-OR C = ABC +AB’ C’ + A’BC’ + A’B’C and verify your answer with truth table.

Computer Organization Digital Logic Circuits(III) Boolean Algebra ...continues

It is an explanation for solving the problems of Boolean Algebra in Computer Organization. Simplify the following expressions using Boolean algebra: (a) A + AB (b) AB +AB’ (c) A’BC + AC (d) A’B + ABC’ + ABC

Computer Organization Digital Logic Circuits(IV) Boolean Algebra Logic M ...continues

It is an explanation for solving the problems of Boolean Algebra in Computer Organization. Simplify the following expressions using Boolean algebra: (a) AB +A(CD + CD’) (b) (BC’ + A’D)(AB’ + CD’)

Computer Organization Digital Logic Circuits(V) Boolean Algebra Logic Mi ...continues