Computer Programming

You multiply the diameter by pi

Maybe you mean a bar code?

Isoscales Isoscales

Blaise Pascal was conceived, not invented. He was a person!

pi (3.1415926535897932384626433832795) also pi is infinite

Isosceles triangle- a triangle where two of the sides are the same length.

isosceles

Surface area of a sphere = 4*pi*radius2 square units

In-line functions differ from normal functions by the way they are dealt with by the compiler.

Normally, a function (or its code, more exactly) is stored once within the executable program. A call to this function then results in putting the parameters onto the stack and jumping to the start address of the function. When the function is finished, the stack is freed from the parameters and the program continues right after the point from where it has jumped to the function.

For an in-line function, its code is stored at any place where it is called. This saves us from the administrative overhead (putting parameters etc. onto the stack and cleaning up at the end) and, thus, reduced computing time. On the other side it enlarges the eecutable.<br>

This leads to some restrictions to inline-functions.

Yes it could be.

It would be interpreted as 7 x (16 x 16 x16) + 9 x (16 x 16) + 8 x 16 +5

Isosceles

15.71

-317

42

Option Explicit

Dim i,j,var,Flag,n

var=""

n=cint(InputBox("Enter nth Number to check Prime Numbers"))

i = 3

While i <= n

Flag = True

j = 2

While j <= i\2 And Flag

Flag = i Mod j > 0

j = j + 1

Wend

If Flag Then

var = var&" "&i

End If

i = i + 2

Wend

MsgBox("Prime numbers within n numbers "&n&"= : 1" & var)

Since the term "word" is loosely defined there is no guaranteed method of determining the length of a "word" on a given architecture. This being said, typically the word size of a given architecture is the size in bits of the system's general purpose registers, equivalent to the bit-width of the data bus connected.

So given the above the easiest way to determine the word length is to look up the specifications of the processor, but without this information the word length can be determined by loading up your favorite debugger, dumping the registers, and counting the number of bits in the gen. purpose regs.

A triangle.

schools,doctors surgery's, shops, library, police station etcetera...etcetera

hope this helps xx

Xvampirediariesx

c = Pi * d

Pi is approximately 3.1415926

d is 25.8

c = 25.8 * 3.1415926

== circumference is approximately 81.05308908

False

Neither 1 nor 100 are prime numbers. To be prime, a number must have exactly two factors; itself and 1. Neither 1 nor 100 fall into this category of numbers.

The number 1 is neither prime nor composite because it has only one factor; itself. If 1 were to be regarded as being prime, then the Fundamental Theorem of Arithmetic would not hold. That is; every whole number greater than one can be expressed uniquely (except for their order) as the product of prime numbers. But if 1 were prime then the uniqueness aspect would fail because n = 1*n = 1*1*n = 1*1*1*n and so on. 1 is therefore a special class of number that is neither prime or composite, we simply refer to it as a unit.

The number 100 is a composite number because it has many factors besides itself and one; 1, 2, 4, 5, 10, 20, 25, 50 and 100 are all factors of 100.

Any algorithm that regards either the unit 1 or the composite 100 as being a prime number is clearly not a valid algorithm.

Would recommend a professional appraisal. Est 500-1000 USD or so