Solve the problem.The graphs below represent the supply and demand for a product at various prices per unit. At what price does supply equal demand?
A. $900
B. $650
C. $400
D. $177
Answer: B
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Identify any x-intercepts and y-intercepts in the graph respectively.
A. 0; 5 B. 5; 4 C. 4; 5 D. 4; 0
Suppose that the length of a rectangle is 9 and one-third times as long as its width. The area of the rectangle is 1,344 square centimeters. Find the length and width of the rectangle.
A. The width of the rectangle is 12 and the length of the rectangle is 112. B. The width of the rectangle is 17 and the length of the rectangle is 122. C. The width of the rectangle is 11 and the length of the rectangle is 28. D. The width of the rectangle is 14 and the length of the rectangle is 117. E. The width of the rectangle is 10 and the length of the rectangle is 112.
Find all complex roots. Write the answer in polar form, with 0 ? ? ? 360°.Fifth roots of 1
A. cos 0° + i sin 0°, cos 72° + i sin 72°, cos 144° + i sin 144°, cos 216° + i sin 216°, cos 288° + i sin 288° B. cos 0° + i sin 0°, cos 36° + i sin 36°, cos 108° + i sin 108°, cos 252° + i sin 252°, cos 324° + i sin 324° C. cos 180° + i sin 180°, cos 72° + i sin 72°, cos 144° + i sin 144°, cos 216° + i sin 216°, cos 288° + i sin 288° D. cos 180° + i sin 180°, cos 36° + i sin 36°, cos 108° + i sin 108°, cos 252° + i sin 252°, cos 324° + i sin 324°
Find the mass, in grams, for the given number of molecules of a compound whose molar mass is given. Round your answer to the nearest hundredth of a gram.3.08 × 1025 molecules of silver nitrate (AgNO3); molar mass 169.88 grams
A. 51.16 grams B. 0.30 grams C. 8691.53 grams D. 523.23 grams