Anyone can tell me why the answer (C) CANNOT be right in this question?

Question

Two mannequins-1 and 2-will be dressed for display in outfits chosen from ten articles of clothing. Each article is in exactly one of three colors: navy, red or yellow. There are three hats-one in red color; three jackets-one in each color;three skirts-one in each color; and one red tie. Each mannequin wears exactly one of the hats, one of the jackets, and one of the skirts. Furthermore, their outfits must meet the following restrictions:
1.Neither mannequin wears all three colors
2.Each mannequin wears a hat in different color from the jacket it wears
3.Mannequin 2 wears the navy skirt
4.Mannequin 1 wears the tie

Question: If all three of the yellow articles of clothing are included in the two mannequins' outfits, which one of the following could be true?

(A) Mannequin 1 wears the navy jacket
(B) Mannequin 1 wears the yellow jacket.
(C) Mannequin 1 wears the red skirt.
(D) Mannequin 2 wears the red hat.

The answer is (B) only..
But why (C) cannot be the answer?

To. bigdaddy5

Really?? How?

If mannequin 1 gets red tie, skirt, hat and Yellow jacket, it still gets only 2 colors...isn't it?

Because meanwhile, the mannequin 2 can get also the navy skirt, jacket and yellow hat...

Isn;t it right?

Oh, ya...

If it's (C), yellow skirt cannot be worn,,,

Now, I understand why it's not C...

Thanks alot...

I wanna choose the best answer right away, but it says to me that I must wait for few hours...

But I understood the reason clearly...Thank you!

Answer 1

Mannequin 1: Red Tie, Red Jacket, Yellow skirt, yellow hat.

Mannequin 2: Navy skirt, yellow jacket, navy hat.

All yellow items are used.

No mannequin has all three colors.

Each mannequin's hat color is different from its jacket color.

Answer 2

Because it says all 3 yellow items are present, and mannequin #2 wears a navy skirt; there is only mannequin #1 to wear the yellow one. If it wears the yellow skirt, it cannot wear the red one.

Answer 3

Because Mannequin 1 is already wearing the red hat and the red tie and it can't be the red jacket because it has to wear a different color jacket than hat. I have no idea how I just figured that out but it makes perfect sense.

Answer 4

M1: Tie(red)
M2: Skirt(Navy)

All 3 yellow clothing (hat, skirt & jacket) must be included. No mannequin can wear all 3 color and hat/jacket must be diff color

one must wear yellow hat/skirt and the other yellow jacket

M1: must wear red & yellow
- red tie, yellow hat, yellow skirt, red jacket
M2: must wear navy & yellow
- navy skirt, yellow jacket, navy hat

none of the answer is correct.

Answer 5

"one red tie"

"4. Manneqin 1 wears the tie"

"each mannequin wheres one of the skirts"

"(c) mannequin 1 wears the red skirt" - it cannot be (c) if the first three are true.

Answer 6

because if mannequin 2 is wearing the navy skirt then mannequin 1 MUST be wearing the yellow skirt since the yellow skirt must be worn

Answer 7

mannequin 1 has to wear the yellow skirt since all three yellow items are included and the 2nd is wearing the navy skirt.

Answer 8

Because the tie is Red.
So the skirt must be not red

Answer 9

properly, in case you define "two times as chilly" as "there'll purely be a million/2 as lots warmth", you should transform the temperature into an absolute temperature scale like the Kelvin scale after which divide the temperature with the help of two. 0° F = 255 ok, so "two times as chilly" could be 127.5 ok, or -230 °F. it rather is a complicated question, with the aid of fact the Celsius and Fahrenheit scales are style of arbitrary. a hundred °F isn't "two times as warm" as 50 °F in any scientifically-significant sense of the word.

Answer 10

because that would give manniquin 1 all three colors and that goes against rule number 1