Provide an appropriate response.An empirical formula relating the surface are A (in square inches) of an average human body to the weight w (in pounds) and the height h (in inches) of the person is A(w, h) = 15.64w0.425h0.725. Find
Then find and interpret Aw(105, 64).
What will be an ideal response?
Aw (w, h) = 6.647w-0.575h0.725; Aw (105, 64) ? 9.33; the surface area of a 105-pound person who is 64 inches tall increases by about 9.33 square inches for every 1-pound increase in weight.
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Solve.Find the eccentricity of an ellipse whose vertices are (-23, 0) and (23, 0) and whose foci are (-14, 0) and 
Fill in the blank(s) with the appropriate word(s).
Find the component form for the vector with the given magnitude and direction angle ?. Round values to the nearest tenth.
= 89.8, ? = 279.3°
A. 
B. 
C. 
D. 
Solve the given problem by using Laplace transforms.A pendulum moves with simple harmonic motion according to the differential equation 
where ? is the angular displacement and D = d/dt. Find ? as a function of t given that 
and ? = 0 when 
A. ? = -0.14 sin 4.2t B. ? = 0.14 sin 4.2t C. ? = 1.3 sin 8.5t D. ? = 0.14 cos 4.2t
Solve.The bar graph shows the percent change in stock over the past month for five different companies. Rank these companies in order from biggest loss to biggest gain in their stock prices.
A. Company E, Company A, Company C, Company B, Company D B. Company C, Company A, Company E, Company B, Company D C. Company E, Company A, Company C, Company D, Company B D. Company C, Company A, Company E, Company D, Company B