What is the equation that represents the graph of y = x² after shifting it 3 units downward and 5 units to the left?

To find the new equation of the graph, we start with the original function, which is given by:

y = x²

1. **Shifting Horizontally**: To shift the graph horizontally, we adjust the x-value of the function. A shift to the left by 5 units means we replace x with (x + 5). This transforms our equation into:

y = (x + 5)²

2. **Shifting Vertically**: Next, we will shift the graph vertically. A downward shift of 3 units implies we subtract 3 from the entire function. Therefore, we modify the equation as follows:

y = (x + 5)² – 3

So, after applying both shifts, the final equation representing the graph of y = x² shifted 3 units down and 5 units left is:

y = (x + 5)² – 3

This new equation accurately represents the transformed graph.

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