To solve this problem, there are a couple things we need to do. First of all, we need to figure out how much more she's running every day. On day 1, she ran 3/16 of a mile. On day 2, she ran 3/8 of a mile. On day 3, she ran 9/16 of a mile.
How much are we adding each time? To find that out, we need all of our fractions to have the same denominator so we can compare. Let's give 3/8 a denominator of 16. 8*2=16. What you do on one side of the fraction bar, you MUST do to the other: 3*2=6. So, 3/8 = 6/16.
Day 1: 3/16. Day 2: 6/16. Day 3: 9/16. Now do you see the pattern? Every day, she runs 3/16 of a mile more. That's the answer to part 1: 3/16.
So, how long will it take her to get over 1 mile? Let's continue. Day 3: 9/16. Day 4: 9+3=12, so that's 12/16. Day 5: 15/16. Day 6: 18/16! Since the numerator is bigger than the denominator, guess what? That's more than one mile!! So on the 6th time she runs, she ran 18/16 miles. Keep in mind that 18/16 = 9/8 = 1 1/8 miles.
Answers: 3/16; 6th; 1 1/8 (or 9/8)
Answer:
The most likely outcome is exactly 4 free throws
Step-by-step explanation:
Given
--- attempts
---- probability of a successful free throw

Required
A histogram to show the most likely outcome
From the question, we understand that the distribution is binomial.
This is represented as:

For x = 0 to 5, where x represents the number of free throws; we have:


















From the above computations, we have:





See attachment for histogram
<em>From the histogram, we can see that the most likely outcome is at: x = 4</em>
<em>Because it has the longest vertical bar (0.4050 or 40.5%)</em>
Is that the entire question??
Answer:
no
Step-by-step explanation:
94.643 is bigger than 94.598
if you have 94.643 and have 94.598
subtract 94.643 and 94.598 witch =00.45 so 94.643 is greater than 94.598
hope this helps
Answer: 15 meters
Step-by-step explanation:
1cm/4m= X cm/ 60 m
Cross multipsy
4x=60
Divide by 4
X=15