The <em><u>correct answer</u></em> is:
0 ≤ c ≤ 16, 0 ≤ V(c) ≤ 1568
Explanation:
Since the jug of milk has 16 cups, the domain, c, runs from 0 to 16.
This means the range, V(c), runs from 98(0) = 0 to 98(16) = 1568.
Answer:
The probability of failure of both radios is 0.00003364.
The flight becomes much safer with two independent radios
Step-by-step explanation:
When you have two events A and P with probabilities P(A)=q and P(B)=r, if the events are independent (that is to say, if the occurrence of one event does not influence the occurrence of the other), then
where the event intersection means the probability of the occurrence of both events.
If we call P(A) the probability of a radio failure, as the occurrence of failure of a radio is independent of having another radio, then the probability of the failure of both radios is
(0.0058)*(0.0058) = 0.00003364
So, the probability that a particular flight will be threatened with the failure of both radios is 0.00003364.
Hence the flight becomes much safer with two independent radios
The answer is the option B. rotate 90 degrees counterclokwise and then rotate 270 degrees counterclockwise.
See that two consecutive rotations counterclockwise are equivalent to one single roration counterclockwise as long as the angles sum up the same.
Given that 90° + 270 ° = 360° means that the two rotaions are equivalent to one 360° rotation, and so the final figure will be the same as the original figure.
Answer:
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