To use the online calculator, go to: http://matrixlab-examples.com/quadratic-equation-solver.html I'm gonna show you how to use the quadratic formula. This is the general form of quadratic equations. You have to take care of 3 coefficients: a, b and c. The formula produces two solutions to each problem. The quadratic coefficient is called a, the linear coefficient is called b, and the free term is called c. In this example, our quadratic coefficient is 2, our linear coefficient is 3, and the free term is 1. The first solution is -.5 and the second solution is -1. Now, let's use the calculator that we have for this purpose. We just fill in the blanks, first a, then b and finally c. We can see the two solutions, in this case -0.5 and -1. And we can explore solutions for other coefficients, even for complex solutions. Thank you for watching!

For more details and examples, visit: http://www.matrixlab-examples.com/break-statement.html Break and Continue Statements. Concepts, examples and code in Matlab. The break statement terminates the execution of a for or while loop. Statements in the loop after the break statement do not execute. In nested loops, break exits only from the loop in which it occurs. Control passes to the statement that follows the end of that loop. The continue statement temporarily interrupts the execution of a program loop, skipping any remaining statements in the body of the loop for the current pass. It continues within the loop for as long as the stated for or while condition holds true. More examples on how to control the flow of the code: http://matrixlab-examples.com/matlab-code-3.html