Consider deep feedforward ANN with its weights and biases, specified in Figure. This ANN has one input layer, two hidden layers and one output layer.

For simplicity, assume, that activation function for each node is an identity function, i$.$e$.$ a linear function with UNIT coefficient: g$($x$)=$x$.$

For known outputs y$1=369$; y$2=19$; y$3=316$ and known second input x$2=14,$ determine the first input x$1,$ given by the positive or negative integer with absolute value less than $100($this condition can be expressed as follows: $|$xSUBMIT YOUR MATLAB SCRIPT FOR Task$-3$ AS ONE $($SINGLE$)$ FILE INTO THE WINDOW BELOW, using 'cut$-$and$-$paste' method, cutting the script from your $*.$M file. The first line should have: double percentage, space, and your student number with $\text{'}$s$\text{'},$ similar to the pattern $\text{'}\%\%$ s$3456789\text{'}*$I need the MATLAB codeHiddan I ovar$-?$