C Program to find the average of largest two of the given numbers in the array.

Example programs to solve the problems of Arrays in C.Write a C program to read in four integer numbers into an array and find the average of largest two of the given numbers without sorting the array. The program should output the given four numbers and the average with suitable headings. Read more about C …

C program to input real numbers and find the mean, variance and standard deviation

Write a C program to input real numbers and find the mean, variance and standard deviation.Mean is sum of values divided by the total number of values. Variance shows the how the data s are distributed. Standard deviation is the square root of its variance. Read more about C Programming Language . /************************************************************ You can …

C Program To Demonstrate Linear search

Write a C program to input N numbers (integers or reals) and store them in an array. Conduct a linear search for a given key number and report success or failure in the form of a suitable message.Linear search is the basic searching algorithm, also called as sequential search. Algorithm search’s the element by comparing …

C Program To Find The Sum & Average

C Program to Find Sum and Average of an Array This program reads N integers (positive, negative, and zero) into an array and computes three values: the sum of negatives, the sum of positives, and the average of all elements. Algorithm Read N (array size) from the user. Read N integers into the array one …

C program to find the value of cos(x)

This C program computes the value of cos(x) by summing its Taylor series up to a given accuracy, then checks the result against the built-in cos() library function. It’s a great exercise in loops, floating-point arithmetic, and how mathematical functions are actually approximated inside a computer. The Cosine Series The Taylor series for cosine (with …

C program to find the value of sin(x)

This C program computes the value of sin(x) by summing its Taylor series up to a given accuracy, then compares the result with the built-in sin() library function. It’s a classic exercise in loops, floating-point math, and how a computer approximates trigonometric functions. The Sine Series The Taylor series for sine (with x in radians) …