de as a square box with no top cover. Squaue corners should have cut outs to enable folding of every side. Find the dimensions of the box that will give the maximum volume. 9 A copper sheet with 16 cm by 16 cm dimensio! 32 %3D A. l and w =cm, height = 8/3cm 4 16 B. I and w = cm, height 3cm 7. C. I and w = cm, height = 5/3cm cm, height = 2/3cm 3. 11 D. I and w =

Algebra: Structure And Method, Book 1
(REV)00th Edition
ISBN:9780395977224
Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
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Chapter4: Polynomials
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Please answer no. 10

side. Find the dimensions of the box that will give the maximum volume.
9 A copper sheet with 16 cm by 16 cm dimension has to be made as a square box
with no top cover. Squaue corners should have cut outs to enable folding of every
32
A. Iand w =
3.
cm, height = 8/3cm
4
16
B. I and w =.
cm, height
3cm
C. I and w = cm, height = 5/3cm
cm, height 2/3cm
D. I and w =
10. A carton board with 50 in by 50 in dimensiorn has to be made as a soauare bo
with no top cover. Square corners should have cut outs to enable folding of
every side. Find the dimensions of the box that will give the maximum volume.
105
A. and w =
3.
cm, height = 24/3cm
99
B. I and w =cm, height = 23/3cm
100
C. Land w
cm, height = 25/3cm
3
110
D. I and w =
cn, height 22/3cm
Transcribed Image Text:side. Find the dimensions of the box that will give the maximum volume. 9 A copper sheet with 16 cm by 16 cm dimension has to be made as a square box with no top cover. Squaue corners should have cut outs to enable folding of every 32 A. Iand w = 3. cm, height = 8/3cm 4 16 B. I and w =. cm, height 3cm C. I and w = cm, height = 5/3cm cm, height 2/3cm D. I and w = 10. A carton board with 50 in by 50 in dimensiorn has to be made as a soauare bo with no top cover. Square corners should have cut outs to enable folding of every side. Find the dimensions of the box that will give the maximum volume. 105 A. and w = 3. cm, height = 24/3cm 99 B. I and w =cm, height = 23/3cm 100 C. Land w cm, height = 25/3cm 3 110 D. I and w = cn, height 22/3cm
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