Answer:
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Step-by-step explanation:
<h3>
Answer: 4 cm</h3>
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The base of the carton is 5*8 = 40 square cm. The height of the milk is 12 cm, so the milk takes up 40*12 = 480 cubic cm of volume. Imagine a rectangular block with dimensions 5, 8 and 12. The volume would be 480.
The carton is placed on its side. Specifically the orange side is flat on the table (assume the table is level). This orange face has area 8*15 = 120 square cm. It multiplies with some height h, which is the height of the milk after moving the carton, to get the volume of the milk inside.
The volume of the milk is 120h and it must be equal to 480 since the amount of milk has not changed as we moved the carton (assume there are no leaks)
So,
120h = 480
120h/120 = 480/120
h = 4
The height of the milk after moving the carton is 4 cm
Answer:
4) 0.425, 17/40, 42.5%
5) 0.875, 7/8, 87.5%
Step-by-step explanation:
4) 17/40= 0.425, 17/40 is simplified to the lowest form already, and (0.425x100)x 1/100
5) 35/40=0.875, 35/40=7/8, and (0.875 * 100) * 1/100= 87.5%
i hope htis helps sorry if i got anything wrong
I did the calculation and discovered that the empire state is 441.96 meters tall, and the page is 27.94 centimeters tall. A and B don't leave you with enough room on the page, C leaves too much, D is wrong because a page doesn't have 441.96 centimeters in it, and F would also leave too much space. To check that E is the correct answer, we can divide 441.96 by 50 to get 8.83. The scale model will be short, but it yields the best results comparative to the rest. I'm so sorry if this is wrong, it just doesn't seem that there's a better answer.
The answer is 12. 3 can go into 12 4 times