Find the depth of the water in the tank

Assignment Help Mathematics

Reference no: EM131010822

Conside a fire truck with a water tank 16 feet long whose vertical cross sections are ellipses modeled by the equation:

(x^2/16)+(y^2/9)= 1

a. Find the volume of the tank

b. Find the depth of the water in the tank if it is 3/4 full (by volume) and the truck is on level ground.

Reference no: EM131010822

Questions Cloud

Consider the financial performance before the audit : What plans should the hospital Board make for next year and the next five years?

Information technology that require large capital outlays : How might financial managers budget for unforeseen changes and improvements in information technology that require large capital outlays?

How does your online business fulfil customer needs : How does your online business fulfil customer needs - Revenue Model - how does your online business earn revenue and have a positive return on investment?

What you have done to protect the network : Prepare a 2-page memo in Word outlining what you have done as the network administrator to protect the network against such attacks, as well as additional measures to secure the network against other security concerns including worms, viruses

Find the depth of the water in the tank : Find the volume of the tank. Find the depth of the water in the tank if it is 3/4 full (by volume) and the truck is on level ground.

What edition of windows will be used for each server : Deployment and Server Editions - How many total servers are needed? Which roles will be combined? What edition of Windows will be used for each server (e.g., Standard, Datacenter)

Does this information provide compelling evidence : The mean February 1 daily high temperature in Juneau, Alaska, between 1945 and 2005 was 1.1 °C with a standard deviation of 1.9 °C. Based on this information, do you think it is reasonable to believe that the February 1 daily high temperature..

Compute the taylor polynomial indicated : Compute the Taylor polynomial indicated. f(x) = -1/2, a = 4 T3(x) = Use the error bound to find the maximum possible size of the error.

Discuss the influence of regulatory and accreditation : Describe ways each organization will communicate with leadership to ensure alignment of organizational goals and gain buy-in from staff to achieve compliance with the standards and requirements issued by regulatory and accreditation bodies.

User Account

All Pages