evaluate
? dx
What will be an ideal response?
x +C
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Find the moment of inertia (in g?cm2) and the radius of gyration (in cm) with respect to the origin of the given array of masses located at the given points on the x-axis.166 g at (-10.2, 0), 438 g at (-18.2, 0), 238 g at (51.8, 0), 668 at (11.1, 0)
A. I = 883,000 g? cm2; R = 24.2 cm B. I = 4,110,000 g? cm2; R = 52.2 cm C. I = 10,100 g? cm2; R = 2.59 cm D. I = 10,100 g? cm2; R = 5.87 cm
Change the mixed number to an improper fraction.-3
A. -
B. -
C. -
D. -
Find the decimal approximation for the radical. Round the answer to three decimal places if necessary.
A. 25.357 B. 643.000 C. 25.354 D. 25.362
Complete the table of values for the given equation.5x + y = -24
A. -6; -24; -29 B. 6; -36; -29 C. 6; -24; -29 D. 6; 0; -29