Air pressure can be modeled by the exponential equation y = 14.5e-0.0428 x, where x = altitude in 1000's of feet and y =

[answerhappygod]

Air Pressure Can Be Modeled By The Exponential Equation Y 14 5e 0 0428 X Where X Altitude In 1000 S Of Feet And Y 1 (116.42 KiB) Viewed 15 times

Air pressure can be modeled by the exponential equation y = 14.5e-0.0428 x, where x = altitude in 1000's of feet and y = air pressure in psi. Complete parts (a) 0 through (e) below. 1 0 1 (Round to two decimal places as needed.) HV 0 (b) What is the decay rate every 1000 feet (not continuous)? (Hint: If the rate r is a negative number, this implies an annual decay rate with the opposite sign of r) The air pressure is decreasing at a rate of % per 1000 feet. (Round to two decimal places as needed) 1 (c) Rewrite the equation in the form P= P₁*(1+r)* 0 OA. P-145 (1-4 28%)* B. P = 14.5 (1.0419)* ⒸC. P=14.5*(0.9572)* OD. P= 14.5 (0.9581)* 1 (d) What is the air pressure at 35,000 feet? Opsi (Round to two decimal places as needed) (e) What is the air pressure at sea level? psi (Round to one decimal place as needed) 1 *** te