We describe this as cost per envelope which tells you the cost gets divided by the number of envelopes.
$2.49/50 = 0.0498 cents per envelope
$5.50/90 = 0.0611 cents per envelope.
So the 90 for $5.50 costs more per envelope than the 50 for $2.49
2/8 , 3/12 , 4/16..........
the range that would be the most appropriate to represent the numerical data on the vertical axis is B. 20 to 100.
<h3>what range would be most appropriate?</h3>
the table is not included but the range of 20 to 100 is most appropriate for the number of cars in town with a particular color.
this is because towns would normally have between hundreds and thousands of cars which means that cars of a particular color would be between 20 and 100 at least.
find out more on bar graph ranges at brainly.com/question/25196929.
#SPJ1
Welp, looking at the number: 66
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The second digit "6" is up to or more than 5.
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So, we can clearly round it up.
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In this case, we are rounding to the nearest hundredth.
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Hm, 100 is pretty close to 66.
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We can now say that the nearest hundredth is 100.
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BAM! *drops mic*
Answer:
the first one is: 351-400
the second one is: 651-700
Step-by-step explanation:
Hope it helped
