Question: We can represent a formula as a computation graph, which can make it easier to reason about computing gradients. The following diagram is an example

We can represent a formula as a computation graph, which can make it easier to reason about computing gradients. The following diagram is an example of the equation f(x, y, z) = (x + y)z:

We can represent a formula as a computation graph, which can make

In the same way, given the input it easier to reason about computing gradients. The following diagram is an ; example of the equation f(x, y, z) = (x + y)z: In , draw a computation graph for the same way, given the input ; , draw a computation graph .

Note: Please use the following operations: for . Note: Please use the following operations: . y = +.

y = + f(x, y, z) = 1:00,11 w = wo, W1, W2 f( W) = 1+ WW+WW+w2 +, X, -, +1, exp

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