The steps to be followed for this example are:

When used in circuits, the ‘|’ operator will give ‘1’ as the output if any one of the variables is non-zero, else it will give ‘0’ as the output. Next, we will see the use of the ‘|’ operator in the circuits Example #4

Use the ‘|’ operator between the matricesĪs we can see in the output, the Boolean operator ‘|’ gives ‘1’ as the output if any one of the corresponding elements in the matrices is non-zero, else it gives ‘0’ as the output.

An ‘|’ operator will give ‘1’ as the output if any one of the corresponding elements in the matrices is non-zero, else it will give ‘0’ as the output. In this example, we will use an ‘|’ (OR) operator between 2 matrices.

In the 2 nd loop, the variables ‘a’ is non-zero, whereas the variable ‘c’ is zero, so the output after using Boolean ‘&’ operator is “Both the numbers are not non-zero”.

In the 1 st loop, both the variables ‘a’ and ‘b’ are non-zero, so the output after using Boolean ‘&’ operator is “Both the numbers are non-zero”.

Use the if-else loop along with the Boolean ‘&’ operatorĭisp(‘Both the numbers are not non-zero’) ĭisp('Both the numbers are not non-zero').

When used in circuits, the ‘&’ operator will give ‘1’ as the output if both the variables are non-zero, else it will give ‘0’ as the output. Next, we will see the use of the ‘&’ operator in the circuits Example #2 This is how our input and output will look like in MATLAB:Īs we can see in the output, the Boolean operator ‘&’ gives ‘1’ as the output if the corresponding elements in both the matrices are non-zero, else it gives ‘0’ as the output

Matlab not equal