The ratio which could represent the number of large containers of milk to small containers of milk in an order from the grocery store is 0.56:1.
Given that a grocery store orders 4 large containers of milk for every 7 small containers of milk.
We are required to find the ratio that represent the number of large containers of milk to small containers of milk in an order from the grocery store.
Ratio is basically the quantity represent in terms of other quantity.
Ratio=Number of large containers:Number of small containers
=4:7
Divide by 7.
=4/7:1
=0.56:1
Hence the ratio which could represent the number of large containers of milk to small containers of milk in an order from the grocery store is 0.56:1.
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The temperature change was -10F
Answer:
49.7%
Step-by-step explanation:
A cdircle is located within a square.
<u>Area of the circle</u>
Area = 
, where r = 4 units.
Area Circle = 50.3 units^2
<u>Area of the square</u>
Area = l*w or l^2 for a square, since l = w
Area = (10 units)^2
Area = 100 units^2
<u>Area in the square but outside the circle</u>
This is the difference [Square minus Circle Areas]
Square minus Circle Areas = 100 - 50.3 or <u>49.7 units^2</u>
<u>Probability</u>
The probability of picking a point in the square that is not in the circle is the ration of the two areas: <u>[Outside Circle/Square]x100%</u>
<u></u>
<u>(</u>49.7 units^2)/(100 units^2)x100% = 49.7%
<u></u>
Answer:
x=50
y=50
Step-by-step explanation:
its right because sas
