energy pyramid drawing\nenergy pyramid\neagle\ntertiary consumers\ncornsnakes\nsecondary consumers\nrabbits\n…

energy pyramid drawing\nenergy pyramid\neagle\ntertiary consumers\ncornsnakes\nsecondary consumers\nrabbits\nprimary consumers\ngrasses and blackberries\nproducers\nenergy transferred\nenergy \lost\\nstep 1- pick a state in the us.\nstep 2- with a laptop, research the ecosystem producers, primary consumers, secondary consumers, and tertiary consumers\nstep 3- draw an energy pyramid with the organisms on the correct tier of the pyramid

energy pyramid drawing\nenergy pyramid\neagle\ntertiary consumers\ncornsnakes\nsecondary consumers\nrabbits\nprimary consumers\ngrasses and blackberries\nproducers\nenergy transferred\nenergy \lost\\nstep 1- pick a state in the us.\nstep 2- with a laptop, research the ecosystem producers, primary consumers, secondary consumers, and tertiary consumers\nstep 3- draw an energy pyramid with the organisms on the correct tier of the pyramid

Answer

Explanation:

Step1: Factor out common term

Factor $x$ from the polynomial: $x^3 - 10x^2 + 16x = x(x^2 - 10x + 16)$

Step2: Factor quadratic expression

Factor the quadratic $x^2 -10x +16$: $x^2 -10x +16 = (x-2)(x-8)$

Step3: Set to zero, solve for $x$

Set factored form equal to 0: $x(x-2)(x-8) = 0$ Solve each factor: $x=0$, $x-2=0 \implies x=2$, $x-8=0 \implies x=8$

Step4: Analyze graph behavior

Each zero has odd multiplicity (1), so the graph crosses the x-axis at each zero.

Answer:

The zero(s) is/are $0, 2, 8$ The graph crosses the x-axis at $x=0$, $x=2$, and $x=8$.