Question: Find two numbers with difference 104 and whose product is a minimum. Enter your answers in increasing order. First number: Number Second Number: NumberA farmer

 Find two numbers with difference 104 and whose product is aminimum. Enter your answers in increasing order. First number: Number Second Number:NumberA farmer wants to fence a rectangular area of 50 square feetnext to a river. Find the length and width of the rectanglewhich uses the least amount of fencing if no fencing is neededalong the river. Assume the length of the fence runs parallel tothe river. Length: Number feet Width: Number feetConfirm that the below limitmeets the conditions to apply I'Hopital's Rule and then solve the limit.
Be sure to address these conditions in your explanation. Enter an exactnumeric answer. 9 sin(I) lim Number 40+ 410(1+z)Find the limit using I'Hopital'sRule. Enter an exact numeric value. tan (31) lim Number T.(a) Estimatethe area under the graph of the function f (x) = !from : = 0 to x = 4 using a Riemann sumwith n = 10 subintervals and right endpoints. Round your answer tofour decimal places. area = Number (b) Estimate the area under thegraph of the function f (x) = - 1 I+7 from c

Find two numbers with difference 104 and whose product is a minimum. Enter your answers in increasing order. First number: Number Second Number: NumberA farmer wants to fence a rectangular area of 50 square feet next to a river. Find the length and width of the rectangle which uses the least amount of fencing if no fencing is needed along the river. Assume the length of the fence runs parallel to the river. Length: Number feet Width: Number feetConfirm that the below limit meets the conditions to apply I'Hopital's Rule and then solve the limit. Be sure to address these conditions in your explanation. Enter an exact numeric answer. 9 sin(I) lim Number 40+ 410(1+z)Find the limit using I'Hopital's Rule. Enter an exact numeric value. tan (31) lim Number T.(a) Estimate the area under the graph of the function f (x) = ! from : = 0 to x = 4 using a Riemann sum with n = 10 subintervals and right endpoints. Round your answer to four decimal places. area = Number (b) Estimate the area under the graph of the function f (x) = - 1 I+7 from c = 0 to r = 4 using a Riemann sum with n = 10 subintervals and left endpoints. Round your answer to four decimal places. area NumberEstimate the area under the graph of the function f (x) = vr + 4 from = = -1 to x = 5 using a Riemann sum with n = 10 subintervals and midpoints. Round your answer to four decimal places. area = Number

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