The roots of \[x^2 + 5x + 3 = 0\]are $p$ and $q,$ and the roots of
\[x^2 + bx + c = 0\]are $p^2$ and $q^2.$ Find $b + c.$
Brainliest to correct answer

Express the following as a function of a single angle. cos(60) cos(-20) - sin(60) sin(-20)

Match the scale and the actual area to the area of the corresponding scale drawing. scale: 1 inch to 4 feet actual area: 128 square feet scale: 1 inch to 7 feet actual area: 147 square feet scale: 1 inch to 8 feet actual area: 256 square feet scale: 1 inch to 5 feet actual area: 225 square feet area of scale drawing scale and actual area scale drawing area: 3 square inches arrowright scale drawing area: 8 square inches arrowright scale drawing area: 4 square inches arrowright scale drawing area: 9 square inches arrowright

Point r divides in the ratio 1 : 5. if the coordinates of e and f are (4, 8) and (11, 4), respectively, what are the coordinates of r to two decimal places?