Problem 4: Juice Sales the price P, in dollars, of a can. In a certain grocery store, the formula is The number J, in thousands, of cans of frozen orange juice sold weekly is a function of J = 11 -2.5P a. Express using functional notation the number of cans sold weekly if the price of can is $1.40, and then calculate that value. Show the substitution. No=11-2.5 (1.40) =11-2.5 (1.40) = 11-2.5 If the price of a can is $11.40 J = 7,5 then It wand come up to 7.5 thousands of Cans sold weephy b. At what price will there be 7.25 thousand cans sold weekly? Solve by hand. Show all work and answer in a complete sentence. P=11-7,25 2.5 The price for 7.25 thour and cans sold weekly hilll 1/je 1.5 dollars 3.75-1.5lps bro 2007 V to orga rigong siit lado.amit ritiw 2.5 DoD butostonq arif ni esxot to nadmun srit easnqxs ot noitoton lonoitonut sal slow tasnoan srit of 1swano lonit bruos sulov ati stolusloo not enosy Tastto c. Solve for P in the formula above to obtain a formula expressing P as a function of J. smp woy tort moltoups srit stinW Sasxot 001 rapon moitolugoq xot srit lliw nsW b towanA soolg lomiasb of bruosvice of bortsm dong-gnissons set sz gnivloe sonoinsa stalgmoo o ni 2 P=001 d. At what price will there be 7.75 thousand cans sold weekly? (Use the equation found in part c to find the answer.)
Problem 4: Juice Sales the price P, in dollars, of a can. In a certain grocery store, the formula is The number J, in thousands, of cans of frozen orange juice sold weekly is a function of J = 11 -2.5P a. Express using functional notation the number of cans sold weekly if the price of can is $1.40, and then calculate that value. Show the substitution. No=11-2.5 (1.40) =11-2.5 (1.40) = 11-2.5 If the price of a can is $11.40 J = 7,5 then It wand come up to 7.5 thousands of Cans sold weephy b. At what price will there be 7.25 thousand cans sold weekly? Solve by hand. Show all work and answer in a complete sentence. P=11-7,25 2.5 The price for 7.25 thour and cans sold weekly hilll 1/je 1.5 dollars 3.75-1.5lps bro 2007 V to orga rigong siit lado.amit ritiw 2.5 DoD butostonq arif ni esxot to nadmun srit easnqxs ot noitoton lonoitonut sal slow tasnoan srit of 1swano lonit bruos sulov ati stolusloo not enosy Tastto c. Solve for P in the formula above to obtain a formula expressing P as a function of J. smp woy tort moltoups srit stinW Sasxot 001 rapon moitolugoq xot srit lliw nsW b towanA soolg lomiasb of bruosvice of bortsm dong-gnissons set sz gnivloe sonoinsa stalgmoo o ni 2 P=001 d. At what price will there be 7.75 thousand cans sold weekly? (Use the equation found in part c to find the answer.)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
part C and D
Transcribed Image Text:Problem 4: Juice Sales
the price P, in dollars, of a can. In a certain grocery store, the formula is
The number J, in thousands, of cans of frozen orange juice sold weekly is a function of
Maldona
A
twong
J = 11 -2.5P
a. Express using functional notation the number of cans sold weekly if the price of
can is $1.40, and then calculate that value. Show the substitution.
MOT=11-2.5
(1.40)=11-2.5 (1.40)
= 11-2,5
If the price of a can is $11.40
J = 7,5
then it wand come up to 7.5 thousands of Cans sold weefay
b. At what price will there be 7.25 thousand cans sold weekly? Solve by hand. Show
all work and answer in a complete sentence.
P= 11-7,25
3.75-1. Salxa bo 20 Vitoria das
rigong srit lsdoj.amit ritiw 25205/5
2.5
2.5
The price for 7.25 thousand cuns sold weekly hilll
1/je 1.5 dollars
DSD batostonq art ni esxot to nadmun srit easnqxs of noitpton lonoitonut sal
sloriw tesnosn srit of 1swano lonit bruos sulov ati stolusloo not enosy 15tto
c. Solve for P in the formula above to obtain a formula expressing P as a function of
J.
37 Oy toilt moltoups srit stinW Sesxot 001 riapon noitolugoq xot srit lliw n/W b
1owanAsoolg lombosbot bruo svice of bortsm qong-pizzono stt szUgnivloe
sonoinsa stalgmoo o ni
2T P=001
30.0125.0
d. At what price will there be 7.75 thousand cans sold weekly? (Use the equation
found in part c to find the answer.)
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