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puma
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puma
There is a door with length =8 and width =4. A wardrobe should be brought through this door. The dimensions of the wardrobe are the following: length=y, width =x and height=z, where z>y>x. Will this wardrobe pass through the door?

1) x+y+z<12
2) (x^2)+(y^2)+(z^2)<16

statement 1: Suff, as long as any 2 sides of the wardrope is less 12, it will pass through

statement 2: Suff, this tells you that the longest side is less than 4

D
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Unfortunately, I don't know the OA as this question was in my real GMAT test and I didn't solve it.
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i get D..too

1) worst case its 11 feet long and 0.25 feet wide and 0.25 feet high..we can still pass this through..if its 6feet long and 6 feet wide..then the diagonal will be sqrt(2)*6..which is less then the diagonal of door its which is sqrt(5)*4..

2) x^2+y^2+z^2<4..is sufficient..too
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puma
There is a door with length =8 and width =4. A wardrobe should be brought through this door. The dimensions of the wardrobe are the following: length=y, width =x and height=z, where z>y>x. Will this wardrobe pass through the door?

1) x+y+z<12
2) (x^2)+(y^2)+(z^2)<16

I get D.

S1: The best I can come up with is making 1 side 11. But this would just make the wardrobe basically a pole. Any other combination still is able to fit through.

S2: Def able to fit through.
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vdhawan1


IMO B should be the answer


edit to my 1... confused length with height

z>y>x
x+y+z<12
let both y and z equal x
3*x<12
->
x<4
let x=0.000000001 and y=z
2*y<12
y<6

so D
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gmatnub
puma
There is a door with length =8 and width =4. A wardrobe should be brought through this door. The dimensions of the wardrobe are the following: length=y, width =x and height=z, where z>y>x. Will this wardrobe pass through the door?

1) x+y+z<12
2) (x^2)+(y^2)+(z^2)<16

statement 1: Suff, as long as any 2 sides of the wardrope is less 12, it will pass through

statement 2: Suff, this tells you that the longest side is less than 4

D

Hi gmatnub,
is it that we just have to pass the wardrobe through the door ? ie the wardrobe can be bent ,turned etc to go through the door? if its only in the standing position then the height of the door should be less that the length (ie we are passing the wardrobe in a standing position) please correct because if the height of the wardrobe is 10 and the length of the door is 8 we cant pass it in the standing position as the height is greater than the length.
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The question is bit unclear if the Almira has to pass in the standing position thn the height would matter. (since it's unclear, I wonder if it's safe to assume)
:shock:
Though D seems fine.
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The question seems wrong:
Instead of:
There is a door with length =8 and width =4
Should it not be :
There is a door with height =8 and width =4
???
I didn't quite understand the question

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