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The volume, in cubic cm, of a TV box can be modelled by the polynomial expression 2x3+17x2+38x + 15. Determine possible dimensions of the box if the height, in cm, is given by x + 5. Long division! (x+5)(x+3) (x+3)(x + 1) 2x²+7x+3 (x+5)(x+3)(2x+1)

The volume, in cubic cm, of a TV box can be modelled by the polynomial expression 2x3+17x2+38x + 15. Determine possible dimensions of the box if the height, in cm, is given by x + 5. Long division! (x+5)(x+3) (x+3)(x + 1) 2x²+7x+3 (x+5)(x+3)(2x+1)

Advanced Engineering Mathematics
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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Pls use long divisi for the ques. ans in detalied solutisn thank you

The volume, in cubic cm, of a TV box can be modelled by the polynomial expression 2x3+17x2+38x + 15. Determine possible dimensions of the box if the height, in cm, is given by x + 5. Long division! (x+5)(x+3) (x+3)(x + 1) 2x²+7x+3 (x+5)(x+3)(2x+1)
Transcribed Image Text:The volume, in cubic cm, of a TV box can be modelled by the polynomial expression 2x3+17x2+38x + 15. Determine possible dimensions of the box if the height, in cm, is given by x + 5. Long division! (x+5)(x+3) (x+3)(x + 1) 2x²+7x+3 (x+5)(x+3)(2x+1)
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