Convert the angle in radians to degrees. Express the answer in decimal form, rounded to two decimal places.6.46
A. 0.22°
B. 370.13°
C. 369.26°
D. 0.11°
Answer: B
You might also like to view...
Use Euler's method to calculate the first three approximations to the given initial value problem for the specified increment size. Round your results to four decimal places.y' = 1 + 
, y(4) = -1, dx = 0.5
A. y1 = -1.2500, y2 = -0.3889, y3 = 1.1444 B. y1 = -1.2500, y2 = -0.2917, y3 = 0.5722 C. y1 = -0.9375, y2 = -0.2333, y3 = 0.3433 D. y1 = -0.6250, y2 = -0.1944, y3 = 0.2861
Write the equation of a line through the given points in the form 
, where A, B, and C are integers and A > 0.(-8, 1), (-3, 4)
A. 3x + 5y = -19 B. 3x - 5y = -29 C. 3x - 5y = -19 D. 3x + 5y = -29
A new chocolate company is estimating how many candy bars per week college students will consume of their line of products. The graph shows the probable number of candy bars students (age 18-22) will consume from year 0 to year 10. B(x) gives the number of candy bars for boys, G(x) gives the number of candy bars for girls, and T(x) gives the total number for both groups. Use the graph to answer the question.
Use the slopes of the line segments to decide in which period (0-5 or 5-10) the number of candy bars per week increased more rapidly.
A. 5-10 B. The number of candy bars increased at the same rate in both periods C. 0-5
Multiply and simplify. Write the answer as a mixed number if possible.1
? 3
A. 6
B. 7
C. 13
D. 3