An employee at a garden center fills a water tank once a day around noon to a height of 20 inches. The function M models the height of the water in the tank, \small M\left(x\right), in inches, \small x seconds after 12:00 p. m. on Monday as it fills. The function T gives the height of the water in the tank, \small T\left(x\right), in inches, \small x seconds after 12:00 p. m. on Tuesday as it fills. Here are the equations and graphs of M and T. Describe how the tank filling on Tuesday was like Monday and how it was different than Monday. \small M\left(x\right)=5\sqrt[3]{x}

cant open file sorry!

step-by-step explanation:

y=3n + 1

step-by-step explanation:

this is wrong because it says the second number is one less and i added one instead

12.4, 12.387, 12.26, 12.252, 6.241, 6.2, 6.015, 6.009, 1.411, 1.2, 1.056, 1.007, 0.31,   0.13, 0.5, 0.04

step-by-step explanation:

ur welcome : )

let x and 400 - x be the two numbers.  

==> 0.80x + 0.85(400 - x) = 400 - 68 from the statement of the problem.  

< ==> 0.80x + 0.85(400 - x) = 400 - 68  

==> 340 - 0.05x = 332  

< ==> -0.05x = -8 ==> x = 160, the first number ==> 400 - x = 240, the second number.