A snack company is preparing two mixtures of snacks from a supply of 110 pounds pretzels, 30 pounds pistachios, 10 pounds cheese puffs, 60 pounds sesame sticks, and 20 pounds toffee bites. Mixture X contains 55% pretzels, 20% pistachios, 5% cheese puffs, 20% sesame sticks, and no toffee bites, and sells for $7.99 per pound. Mixture Y contains 45% pretzels, 10% pistachios, no cheese puffs, 10 % sesame sticks, and 15% toffee bites, and sells for $5.99 per pound. If x = # of pounds of Snack X and y = # of pounds of Snack Y, determine the constraints on this linear programming problem. Inequality for pretzels ( Choose) Inequality for pistachios [ Choose ) Inequality for cheese puffs (Choose) Inequality for sesame sticks ( Choose ) Inequality for toffee bits [ Choose ) Non-negativity inequalities [Choose]
A snack company is preparing two mixtures of snacks from a supply of 110 pounds pretzels, 30 pounds pistachios, 10 pounds cheese puffs, 60 pounds sesame sticks, and 20 pounds toffee bites. Mixture X contains 55% pretzels, 20% pistachios, 5% cheese puffs, 20% sesame sticks, and no toffee bites, and sells for $7.99 per pound. Mixture Y contains 45% pretzels, 10% pistachios, no cheese puffs, 10 % sesame sticks, and 15% toffee bites, and sells for $5.99 per pound. If x = # of pounds of Snack X and y = # of pounds of Snack Y, determine the constraints on this linear programming problem. Inequality for pretzels ( Choose) Inequality for pistachios [ Choose ) Inequality for cheese puffs (Choose) Inequality for sesame sticks ( Choose ) Inequality for toffee bits [ Choose ) Non-negativity inequalities [Choose]
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
![A snack company is preparing two mixtures of snacks from a supply of 110 pounds pretzels, 30
pounds pistachios, 10 pounds cheese puffs, 60 pounds sesame sticks, and 20 pounds toffee bites.
Mixture X contains 55% pretzels, 20% pistachios, 5% cheese puffs, 20% sesame sticks, and no toffee
bites, and sells for $7.99 per pound.
Mixture Y contains 45% pretzels, 10% pistachios, no cheese puffs, 10 % sesame sticks, and 15%
toffee bites, and sells for $5.99 per pound.
If x = # of pounds of Snack X and y = # of pounds of Snack Y, determine the constraints on this linear
programming problem.
Inequality for pretzels
[ Choose ]
Inequality for pistachios
( Choose]
Inequality for cheese puffs
( Choose )
Inequality for sesame sticks
[Choose ]
Inequality for toffee bits
[ Choose )
Non-negativity inequalities
[ Choose ]
>](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2666e4a7-7261-46b6-afb4-f3a2fd9b8100%2Fca8c3ad5-1ca0-4f4b-b608-2e602ef8768c%2Fv6fgc5a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A snack company is preparing two mixtures of snacks from a supply of 110 pounds pretzels, 30
pounds pistachios, 10 pounds cheese puffs, 60 pounds sesame sticks, and 20 pounds toffee bites.
Mixture X contains 55% pretzels, 20% pistachios, 5% cheese puffs, 20% sesame sticks, and no toffee
bites, and sells for $7.99 per pound.
Mixture Y contains 45% pretzels, 10% pistachios, no cheese puffs, 10 % sesame sticks, and 15%
toffee bites, and sells for $5.99 per pound.
If x = # of pounds of Snack X and y = # of pounds of Snack Y, determine the constraints on this linear
programming problem.
Inequality for pretzels
[ Choose ]
Inequality for pistachios
( Choose]
Inequality for cheese puffs
( Choose )
Inequality for sesame sticks
[Choose ]
Inequality for toffee bits
[ Choose )
Non-negativity inequalities
[ Choose ]
>
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