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Answer:
Step-by-step explanation:
Given that demand function for a product is modeled by
where p = price in dollars and
x= units demanded
a) When x=1000, we substitute 1000 for x
i.e. price is 1092.32 dollars
b) X = 1500
i.e. price is 692.28 dollars
c) When x increases without bound exponent with negative power becomes 0 making price = 10000(1-3/3) =0
1) To create an equation with r isolated, you divide both sides by π and square root both (it is given that all variables are positive). The equation is √A/π = r.
2) Plugging in the numbers give us <em>√54/(22/7) = r</em>.
√54(22/7) can be rewritten as √54*7/22, which is √378/22, which can be simplified to √189/11, or about 17.18.
I am going to say the cheapest would be 65$ would be the answer. Because if you want it to be shipped too you would add 7.25$ to 65$ to what you are paying for. And taking 10 dollars off (subtracting) you would get 62.25$ But if you would take 65$ from you buying it and used the coupon you would have to pay 55$ The cheapest way is to buy that item (the item costs 65$) and use the 10% off coupon.
Answer:
44.82
Step-by-step explanation:
29.88 divided by 4 is 7.47 times 6 is 44.82