Business calculus

Thank you, it was an on campus class but due the corona virus it moved to 100% online. I am an essential worker so I try my best to make time fo ratios and other classes the best I can
User_27354 | Apr 09, 2020, 22:31 PM

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Hello, the documents are not opening. Please resend
funwriter | Apr 09, 2020, 22:35 PM

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I just reloaded it in pdf format, hopefully that does the trick.
User_27354 | Apr 10, 2020, 00:47 AM

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Still not openning
funwriter | Apr 10, 2020, 00:49 AM

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Math 1743 HW#3 Spring 2020 Given: f(x) = 3x3 + 3x + 1 and find f ‘(3) Given : f(x) =( x2 +2x)3 and Find f ‘ (x) Find f ‘ (2) Given: f(x) = 2e3x and Find f ‘ (x) Find f ‘ (2) Given: f(x) = (x +2)e2x Find f ‘(x) Find f’ (2) Given: f(x) = 12 + 2 ln (x) Find f’ (x) Find f ‘ (4) The population of a city in the Northeast is given by f(t) = 120 + 1440e-0.02t thousand people where t is the number of years since 2010. Find f(3) Find g(f) Find df / dt Find df / dt when t = 4 means f ’ (4) Write a derivative formula for each function Given: f(x) = (10x2 + x)3 Find df/dx means f ‘ (x) Find df/(dx ) when x = 2 means f ‘ (2)
User_27354 | Apr 10, 2020, 01:07 AM

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Given: f(t) = e2t / (4t3 – 2t), find df/dt Find f ‘ (2) Given: f(x) = (x + 2)2(x2 + 4), find df/dx find df/dx when x = 2 means f ‘(2) The tuition x years from now at a private four year college is projected to be t(x) = 29.05e0.052x dollars. Write a model for the rate of change for tuition What is the rate of change in tuition two years from now?
User_27354 | Apr 10, 2020, 01:08 AM

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11. The highest temperature at which milk can be stored to remain fresh for x days can be modeled as t(x) = -10.5 ln(x) + 72 F˚ a. What is the highest temperature at which milk can be stored to remain fresh for at least 5 days? b. How quickly is the temperature change at this point (in 5 days)? 12. Suppose the managers of a dairy company have modeled weekly production costs as c(x) = 3100 + 68 ln(x) dollars for x units of dairy products and weekly shipping cost for x units is given s(x) = 45x + 1350 dollars. a. Write the formula for the total weekly cost of producing and shipping x units b. Calculate the total cost to producing and shipping 4000 units in 1 week c. Calculate the rate of change in the total cost to produce and shipping 4000 units in week 1
User_27354 | Apr 10, 2020, 01:08 AM

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Sorry, I couldn't think of any other way to get it to you.
User_27354 | Apr 10, 2020, 01:09 AM

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hello, please take the photos, i can be able to follow this
funwriter | Apr 10, 2020, 01:34 AM

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are you there please? please reply
funwriter | Apr 10, 2020, 01:36 AM

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Hello, am not to follow this please. Please come over
funwriter | Apr 10, 2020, 09:06 AM

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hello, i have uploaded a document with assignment. please look at and let me have feedback as soon as possible. thanks
funwriter | Apr 10, 2020, 09:14 AM

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Please reply
funwriter | Apr 10, 2020, 15:27 PM

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Sorry, I have been at work today. I got an extension and just emailed the work to you.
User_27354 | Apr 10, 2020, 23:34 PM

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thanks a lot. please rate my wall positively with 10 stars. thanks
funwriter | Apr 11, 2020, 19:53 PM

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