The answer to your question is,
3/5. Take the fraction and find the most common number to divide both numbers by. The number to divide it by is 4, which is the highest number you can get to.
-Mabel <3
Answer:
0.6 is the required probability.
Step-by-step explanation:
We are given the following in the question:
Sample size, n = 250
Probability of accessing internet at work = 37%
Probability of accessing internet at home = 44%
Probability of accessing internet at work and home = 21%
We have to evaluate the probability that a person in this sample accesses the internet at home or at work.
Thus, 0.6 is the probability that a person in this sample accesses the internet at home or at work
You dont tell me which set of numbers so it depends if the first and second in each has a sum greater than the third third is greater than them then it is the answer
Answer:
<h2>1/3 pie r^3h( Formula)</h2><h2>1/3×22/7×7^3×25=(22×7×7×7×25)/21</h2><h2>=8983.333 =8983m^3</h2>
Answer: 4x+2(2x−5)−(3−5x) = 8x-10-3+5x
Step-by-step explanation: We need to find the equivalent expression to 4x+2(2x−5)−(3−5x).
Using distributive property as follows :
a(b+c) = ab+ac
4x+2(2x−5)−(3−5x) = 4x+4x-10-3+5x
= 8x-10-3+5x
Option (e)
Hence, the correct option is (e) "8x-10-3+5x"
