Solve (2.7)text{y}(2.11)text{yvérticesen}(2.8)text{y}(2.10)

$$( 2.7 ) \text { y } ( 2.11 ) \text { y vértices en } ( 2.8 ) \text { y } ( 2.10 )$$

Evaluate

$$\frac{i\times 837459e^{2}cnrstvéy^{3}}{25000}$$

Solution Steps

Multiply y and y to get y^{2}.

$$2.7y^{2}\times 2.11vérticesen\times 2.8y\times 2.1$$

To multiply powers of the same base, add their exponents. Add 2 and 1 to get 3.

$$2.7y^{3}\times 2.11vérticesen\times 2.8\times 2.1$$

Multiply e and e to get e^{2}.

$$2.7y^{3}\times 2.11vértice^{2}sn\times 2.8\times 2.1$$

Multiply 2.7 and 2.11 to get 5.697.

$$5.697y^{3}vértice^{2}sn\times 2.8\times 2.1$$

Multiply 5.697 and i to get 5.697i.

$$5.697iy^{3}vértce^{2}sn\times 2.8\times 2.1$$

Multiply 5.697i and 2.8 to get 15.9516i.

$$15.9516iy^{3}vértce^{2}sn\times 2.1$$

Multiply 15.9516i and 2.1 to get 33.49836i.

$$33.49836iy^{3}vértce^{2}sn$$