#include
void main()
{
int i ,j=0; /* j is used for counting the nos greater than 4 from 1 to 10*/
for(i=1;i<=10;i++)
if(i>4)
j++;
printf("\n The numbers greater than 4 , from 1 to 10 is %d",j);
}
Algorithmstep 1:start
step 2 :initialize j=0
step 3 :Initialize i=1,check whether i < 10 ,if true increment i else go to step 6
step 4: check whether i >4 If true go to step5 ,else go to step 3
step 5 :Increment j and then go to step 3
step 6:print the value of j
step 7 :Stop
+---------+
| start |
+---------+
+---------+
| put "7" |
+---------+
+-------+
| stop |
+-------+
Two little problems: 1. stack doesn't have a flow-chart 2. there are no flow-charts in a C program
Spreadsheet packages may chart one set of data in the form of a pie chart, or two or more sets of data in bar charts (with vertical bars, horizontal bars, or stacked bars), line charts, area charts, or mixed charts, which combine bars and lines
Fairly close. A programming language is a means of communicating with the machine, instructing it to perform a specific sequence of statements. Depending on the language, those statements may be low-level (like assembly) or high-level (like Java). The level determines the amount of abstraction between the language and the machine. Higher-level languages are easier to program than low-level languages, but low-level languages are generally more efficient. An algorithm is a procedure or formula for solving a problem; a finite series of computation steps to produce a result. A programming language is not an algorithm. It simply provides the means of translating an algorithm into machine-dependant instructions. Algorithms are typically written using pseudo-code, a non-existent, generalised programming language that can be easily translated into a more specific programming language. Many programming languages incorporate algorithms as part of the language. For instance, the C++ standard template library provides many algorithms in the form of function templates that can accommodate a wide variety of sequence containers (class templates), such as arrays, lists, sets and maps, or any user-defined container that follows the standard. For example, the std::sort algorithm is a function template that can be used to sort a sequence container, regardless of it type and regardless of the type of data it contains. Although these algorithms are generic in nature, they are highly optimised such that they do not sacrifice performance for generality. You don't have to use them -- you can easily write your own algorithms to perform the same tasks -- but it makes no sense to re-invent wheels unnecessarily, especially for an "everyday" algorithm like sorting or accumulation. Programs are themselves an algorithm, albeit a highly-complex one composed of many individual algorithms. Thus we can think of a programming language as being the means of implementing simple algorithms in order to solve complex problems.
l multiply 2.66 multiply (D)squre
A flowchart for factorial of number can be made using different software's. Microsoft Word is the most popular software for beginners to make simple flowcharts.In order to draw the flowchart write the number at the top of the paper and then draw two lines under it going slightly to the sides. Decide what two numbers can be multiplied to equal that number. Keep going until you can no longer get to smaller numbers.
a do do do a da da da
charts
Numbers
Yes. At least, that is one way of presenting an algorithm. Other ways include a verbal description, and pseudocode.
Thomas J. Schriber has written: 'Fundamentals of flowcharting' -- subject(s): Electronic digital computers, Flow charts, Programming, Algorithms 'An introduction to simulation using GPSS/H' -- subject(s): Digital computer simulation, GPSS (Computer program language)
You can represent an algorithm by three different ways: 1. Pseudo Code 2. Structured flow charts 3. Actual code
Microsoft excel
It is a spreadsheet program. This can also be used for editing charts.
rihanna-only girl
Impress
A place where one could find information on different types of charts and graphs would be an office program such as Microsoft Power Point. This program explains the design and usage for many charts and graphs in simple language accompanied by a useful help menu.
Microsoft office excel