The probability that a person could not give up cell phone but could give up television can be expressed as the probability of No could give up cell phone and Yes could give up television, P(NnY) = 0.39
<u>From the two way probability table given</u> :
- Let, probability that a person could not give up cell phone = N
- Probability that a person could give up television = Y
The intersection of Y and N = P(Y n N)
- The probability value at the intersection point using the table given ls 0.39
Therefore, the probability of YnN is 0.39
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If you let X = the distance in miles from Dales's house, and understand rate = distance/ time, the rate going to mountains = x/7, and back from mountains is x/5. If dale was 18mph fast going home, the equation would be...
(coming home rate) = (going to mountain rate) + 18 which is
x/5 = x/7 + 18. Then solve for X.
Use the least common denominator = 35 so multiply everything by 35 and you get...
7x = 5x+630
simplify...
2x = 630, then
x = 315 .
Dale live 315 miles away from the mountains.
Actually, DIEDERICK drove faster than BROOK. What you can do to find out the answer, is divide. Brook drove 180 miles in 3 hours, so divide 180 by 3, and you get 60. If you divide 160 by 4, you get 40. So, that means that Diederick drove faster than Brook.
Answer: First option.
Step-by-step explanation:
According to the explained in the exercise, "c" represents the cost of the shirt before sales tax.
You know that the tax on the shirt is 0.07 times its cost. This indicates a multiplication.
Then, that the sales tax is the product of 0.07 and "c":

Knowing that the sales tax for a shirt is $1.26, you can substitute this value into
in order to find the equation that could be used to find the cost of the shirt before sales tax.
Then, this is:

Ratio of number of orange picks to number of green picks is 2:5.
2+5=7
7 units= 21
1 unit= 3
2 units= 6
Ans: 6 picks are orange.