Use Newton's Law of Cooling, T = C + (T0 - C)ekt, to solve the problemA lasagna removed from the oven has a temperature of 430°F. It is left sitting in a room that has a temperature of 75°F. After 6 minutes, the temperature of the lasagna is 310°F. Use Newton's Law of Cooling to find a model for the temperature of the lasagna, T, after t minutes.
A. T = 75 + 355e-0.0688t
B. T = 75 + 355e-0.0764t
C. T = 75 + 235e-0.0764t
D. T = 310 + 355e-0.0688t
Answer: A
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Find the exact values of the remaining trigonometric functions of ? from the given information.cos ? = 
, sin ? < 0
A. sin ? = - 
cos ? = 
tan ? = - 
csc ? = - 
sec ? = 
cot ? = - 
B. sin ? = - 
cos ? = 
tan ? = - 
csc ? = - 
sec ? = 
cot ? = - 
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cos ? = 
tan ? = - 
csc ? = 
sec ? = - 
cot ? = - 
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cos ? = 
tan ? = - 
csc ? = - 
sec ? = 
cot ? = - 
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A. -5p + 24 B. -39p - 24 C. 5p - 24 D. -5p - 24
Find the slope and y-intercept of the line.-x + 2y = 8
A. slope = 2; y-intercept = -8
B. slope = -1; y-intercept = 8
C. slope = - 
; y-intercept = 4
D. slope = 
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