¿Qué clase de ropa llevas en estas ocasiones? Haz una tabla como la que ves aquí. Escribe los eventos de la lista en la primera columna. Decide si llevas ropa elegante o ropa cómoda en esta ocasión y escribe qué llevas en la columna apropiada.

$$\begin{array}{l|l|l} \text{Ocasión} & \text{Ropa elegante} & \text{Ropa cómoda}\\ \hline \text{la escuela} & \text{ } & \text{unos jeans y}\\ \text{ } & \text{ } & \text{una camiseta}\\ \hline \text{el cumpleańos} & \text{un traje o un} & \text{ }\\ \text{de mi abuela} & \text{vestido elegante} & \text{ }\\ \end{array}$$

un concurso

Use the method of substitution to solve the system.

$$\left\{\begin{array}{l}y = \frac{10}{x+3} \\ y = -x+8\end{array}\right.$$

Which nursing intervention for a patient who had an open repair of an abdominal aortic aneurysm 2 days previously is appropriate for the nurse to delegate to unlicensed assistive personnel (UAP)?

a. Monitor the quality and presence of the pedal pulses.

b. Teach the patient the signs of possible wound infection.

c. Check the lower extremities for strength and movement.

d. Help the patient to use a pillow to splint while coughing.

Simplify the rational expression. .

$$\frac{6 y-18}{2 y-6}$$

Simplify the rational expression.

$$\frac{\frac{x}{4}-\frac{p}{8}}{p}$$

Simplify the expression. Write the answer in exponential notabr

$$\left[(3p)^5\right]^4$$

Find the vertical asymptotes, if any, the horizontal asymptote, if one exists, and the slant asymptote, if there is one, of the graph of each rational function. Then graph the rational function.

$$g ( x ) = \frac { 2 x - 4 } { x + 3 }$$

Explain why the product of two conjugates is always a rational number.

Predict the chemical formula of butyne, having one carbon-carbon triple bond.

A. C4H8

B. C4H10

C. C4H6

Solve each exponential equation.

$$x e^{2 \pi}=5 e^{2 r}$$

Rewrite the expression using rational exponents.

$$\sqrt[3]{x^5}$$

Write the rational number as a decimal. 2. -11/6

How does Frost communicate the speaker's self-doubt? Give examples.

Simplify each exponential expression.

$$\frac{24 x^3 y^5}{32 x^7 y^{-9}}$$