To test the equation for symmetry, we need to check the following:
To determine if the graph is symmetric with respect to the x-axis, we substitute y y y with −y-y−y in the equation x=3y4−8y2 x = 3y^4 - 8y^2 x=3y4−8y2. The equation becomes: x=3(−y)4−8(−y)2=3y4−8y2 x = 3(-y)^4 - 8(-y)^2 = 3y^4 - 8y^2 x=3(−y)4−8(−y)2=3y4−8y2 Since the equation remains unchanged, the graph is symmetric with respect to the x-axis.
To determine if the graph is symmetric with respect to the y-axis, we substitute x x x with −x-x−x in the equation x=3y4−8y2 x = 3y^4 - 8y^2 x=3y4−8y2. The equation becomes: −x=3y4−8y2 -x = 3y^4 - 8y^2 −x=3y4−8y2 This equation is not equivalent to the original equation, so the graph is not symmetric with respect to the y-axis.
To determine if the graph is symmetric with respect to the origin, we substitute x x x with −x-x−x and y y y with −y-y−y in the equation x=3y4−8y2 x = 3y^4 - 8y^2 x=3y4−8y2. The equation becomes: −x=3(−y)4−8(−y)2=3y4−8y2 -x = 3(-y)^4 - 8(-y)^2 = 3y^4 - 8y^2 −x=3(−y)4−8(−y)2=3y4−8y2 This equation is not equivalent to the original equation, so the graph is not symmetric with respect to the origin.
The graph of the equation is symmetric with respect to the x x x-axis. Therefore, the answer is: The graph is symmetric with respect to the x-axis. \boxed{\text{The graph is symmetric with respect to the } x\text{-axis.}} The graph is symmetric with respect to the x-axis.
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