can be determined as Between every pair of distinct points, there is a positive unique number called the the of the correspondin
1 answer:
This question is an illustration of the distance postulate.
The complete text is: <em>Between every pair of distinct points, there is a positive unique number called the </em><em>distance</em>
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Take for instance, two distinct points A and B.
The number that measures the length of A and B is called the distance between A and B.
Assume that:
- <em>A is at point 1</em>
- <em>B is at point 6.</em>
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The positive number (i.e. the distance) between A and B would be:
<em>Hence, the positive unique number is called the distance (and this is supported by the distance postulate).</em>
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Read more about distance postulate at:
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Answer:
Step-by-step explanation:
Since 9 and c are multiplied together and the product is at most -28, the equation would have to be the one above.
We are given table
Month : 1 2 3 4 5
Shoppers: 50 250 1250 6250 3250
so, we have
first term =50
Second term =250
Third term =1250
now, we can find ratios
we can see that all ratios are same and 5
so, this is exponential
so, option-D..........Answer