A theater charges $ 50 per ticket for seats in Section A, $ 30 per ticket for seats in Section B, and $ 20 per ticket for seats in Section C. For one play, 4000 tickets were sold for a total of $ 120 , 000 in revenue. If 1000 more tickets in Section B were sold than the other two sections combined, how many tickets in each section were sold?
A theater charges $ 50 per ticket for seats in Section A, $ 30 per ticket for seats in Section B, and $ 20 per ticket for seats in Section C. For one play, 4000 tickets were sold for a total of $ 120 , 000 in revenue. If 1000 more tickets in Section B were sold than the other two sections combined, how many tickets in each section were sold?
A theater charges
$
50
per ticket for seats in Section A,
$
30
per ticket for seats in Section B, and
$
20
per ticket for seats in Section C. For one play,
4000
tickets were sold for a total of
$
120
,
000
in revenue. If
1000
more tickets in Section B were sold than the other two sections combined, how many tickets in each section were sold?
10
The hypotenuse of a right triangle has one end at the origin and one end on the curve y =
Express the area of the triangle as a function of x.
A(x) =
In Problems 17-26, solve the initial value problem.
17. dy = (1+ y²) tan x, y(0) = √√3
could you explain this as well as disproving each wrong option
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