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Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extre ...
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Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.Consider the following function. y = x^4  10x^2 + 9 Use analytic methods to find the local extrema, the intervals on which the function is increasing, and the intervals on which the function is decreasing.