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Rufina [12.5K]
3 years ago
7

Part A: Students from 4 towns attend a conference. Each town is assigned a number from 1 to 4. Drag yes or no next to the first

sentence.
Yes or No

A number is drawn and replaced 6 times. Is this a fair way to pick 6 members to give each town representation? __________

Part B: What is the probability that Town 1 will have at least 1 representative after 6 number draws, to the nearest percent?

probability = __________ %

Mathematics
1 answer:
Nonamiya [84]3 years ago
5 0

Answer:

Part A - No

Part B - 100 %

Step-by-step explanation:

Part A.

This is because, a fair chance requires that each member has the same probability of being picked.

Since there are 4 towns, a fair chance would be 1/4.That is, 1 out of every town.

Part B

The probability of at least 1 representative after 6 number draws is P(at least 1)  = 1 - P(none from Town 1)

P(none from town 1) = 0

P(at least 1)  = 1 - P(none from Town 1)

P(at least 1)  = 1 - 0 = 1

In percentage 1 × 100 % = 100 %

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A vuvuzela produces a wave that travels at 335 m/s. The distance from one crest to the following crest is other is 5 m. What is
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The frequency of the wave is 67 s^{-1} or Hz , if a wave travels at 335 m/s and the distance from one crest to the following crest is other is 5 m.

Step-by-step explanation:

The given is,

             Wave travels at 335 m/s

             Distance from from crest to the following crest is 5m

Step:1

            Formula to calculate the Frequency of wave is,

                                        Frequency, f= \frac{Velocity}{Wavelength}..............................(1)

             From given values,

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             From the equation (1),

                                                      f = \frac{335}{5}

                                                          = 67                ( f = \frac{m}{(s)(m)} = \frac{1}{s} = s^{-1})

                                    frequency, f = 67 s^{-1}

                                               (∵ s^{-1} = Hz)

                                     Frequency, f = 67 Hz

Result:

             The frequency of the wave is 67 s^{-1} or Hz , if a wave travels at 335 m/s and the distance from one crest to the following crest is other is 5 m.                

               

                                                       

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