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Let p = 25 - Vx and C(x) = 622 + 3x, where x is the number of garden hoses that can be sold at a price of Sp per unit and C(x
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demand\ function,p=25-\sqrt{x}\\ total\ cost,TC=622+3x\\ total\ revenue,TR=p*x=x(25-\sqrt{x})=25x-x^{1.5}\\

number of garden hoses total revenue total cost profit
0 0 622 -622
25 500 697 -197
50 896.4466 772 124.4466
75 1225.481 847 378.4809
100 1500 922 578
125 1727.458 997 730.4575
150 1912.883 1072 840.8827
175 2059.968 1147 912.9676
200 2171.573 1222 949.5729
225 2250 1297 953
250 2297.153 1372 925.1529
275 2314.641 1447 867.6409
300 2303.848 1522 781.8476
325 2265.979 1597 668.9792
350 2202.1 1672 530.0996
375 2113.156 1747 366.1562
400 2000 1822 178
425 1863.401 1897 -33.5995
450 1704.058 1972 -267.942
475 1522.615 2047 -524.385
500 1319.66 2122 -802.34
525 1095.739 2197 -1101.26
550 851.3567 2272 -1420.64
575 586.9844 2347 -1760.02
600 303.0615 2422 -2118.94
625 1.64E-11 2497 -2497

3000 2500 2000 revenue,cost 1500 total revenue total cost 1000 500 0 0 50 100 150 200 250 300 350 400 450 500 550 600 output

TR=TC\\ 25x-x^{1.5}=622+3x\\ 22x-x^{1.5}=622\\ 484x^{2}-x^{3}=386,884\\ x^{3}-484x^{2}+386,884=0\\

roots of the equation are +31.5186,+421.205,-26.221

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