x? = x(0.02 ? 0.0004x ? 0.0012y) , y? = y (0.04 ? 0.0024x ? 0.0008y)

Let x and y represent the populations (in thousands) of two species that share a
habitat. For each system of equations, find and assess the stability of the equilibrium points. Remember that, for real populations, both x0 and y0 must be nonnegative for ( x0, y0) to be an equilibrium point.


(0, 0), node, unstable ,
(50, 0), node, asymptotically stable ,
(0, 50), node, asymptotically stable ,
(12.5, 12.5), saddle point, unstable

Mathematics

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Use identities to simplify the expression.sec4 ? - tan4 ?

A. sec2 ? + tan2 ? B. (sec2 ? + tan2 ?)2 C. sec2 ? - tan2 ? D. 1

Mathematics

Factor the polynomial using the negative of the greatest common factor.-10x2 - 15

A. -5(2x2 - 3) B. 5(-2x2 + 3) C. 5(-2x2 - 3) D. -5(2x2 + 3)

Mathematics

Provide an appropriate response.=

A.
B.
C.
D.
E.

Mathematics

Solve the inequality. Graph the solution set and write the solution set in set-builder notation.x2 + 8x ? 0

A. {x  

B. {x 

C. {x 

D. {x 

Mathematics