The solution to this exercise has been attached below. The problem has been solved in this way:
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<h2>1. Different forms of linear equations. Point slope-intercept equation of the line that passes through two points.</h2><h2>2. Inverse Function. </h2><h2>3. Average Rate of Change.</h2><h2>4. Comparison of linear equations and inequalities</h2><h2>5. Real-life problems</h2><h2>6. Imaginary Number</h2><h2>7. Radicals</h2><h2>8. Rational exponent and radical form</h2><h2>9. Radical expressions</h2><h2>10. Quadratic equation</h2><h2>11. Trinomial</h2><h2>12. Factoring expressions</h2><h2>13. Quadratic and linear graph</h2><h2>14. A problem of height</h2>
The standard deviation shows the dispersion (how close) of the data. Therefore the correct statement is A: <span>A- Raquel’s data are most likely closer to $3.42 than Van’s data are to $3.78.</span>
