The answer is; "Quadrilateral ABCD is congruent to quadrilateral A′B′C′D′ because you can map quadrilateral ABCD to quadrilateral A′B′C′D′ using a translation 7 units to the right, which is a rigid motion."
Answer:
<em>10000 times as much</em>
Step-by-step explanation:
If we were to determine how many times larger it is, we can simply divide the two expressions;
5 × 10^6 / 5 × 10^2,
10^6 / 10^2,
10^6 - 2,
10^4; <em>Answer : 10^4 times as much; in other words 10000 times as much</em>
Answer:
12.92%
Step-by-step explanation:
Mean of the scores= u = 500
Standard deviation =
= 10.6
We have to find what proportion of students scored more than 512 marks.
The distribution of scores in a test generally follows the Normal distribution. So we can assume that the distribution of MCAT scores is normally distributed about the mean.
Since, the distribution is normal, we can use the concept of z scores to find the proportion of students who scored above 512.
The formula for z scores is:

So, z score for x = 512 will be:

Thus,
P(X > 512) is equivalent to P(z > 1.13)
So, the test scores of 512 is equivalent to a z score of 1.13. Using the z table we have to find the proportion of z scores being greater than 1.13, which comes out to be 0.1292
Since,
P(X > 512) = P(z > 1.13)
We can conclude that, the proportion of students taking the MCAT who had a score over 512 is 0.1292 or 12.92%
Answer:
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D because cameron ran 5 less miles so take away 5 from x and get cameron’s total