Answer:
three shirts an hour
Step-by-step explanation:
Answer:
the absolute error is 3 ft and percent error of Tony's estimate is 789.4%.
Step-by-step explanation:
Tony estimated the height of his office building to be 45ft. The actual height of his office building is 41ft.
Now, to find the absolute error and the percent error of Tony's estimate.
The height of his office building = 45ft.
The actual height of his office building = 41 ft.
So, to get the absolute error:
The height of his office building - the actual height of his office building
38ft-35ft
=3ft
The absolute error = 3ft.
Now, to get the percent error of Tony's estimate:
3
------ x 100
38
=7.894x100
=789.4
789.4%
Therefore, the absolute error is 3 ft and percent error of Tony's estimate is 789.4%.
please mark as brainliest
Answer:
95%
Step-by-step explanation:
Given that in a large class, students' grade in a test followed the normal distribution.
The normal distribution is symmetric about the mean, bell shaped and having area of more than 99% between 3 std deviations from the mean on either side.
We are to find the percent of grades is between two standeard deviation below the mean and two standar deviation above the mean (that is in between Xbar-2S and Xbar+2S grades)
where x bar is the mean and s = std devition
This is equivalent to 100*Prob that X lies between these two values
As per normal distribution curve 68, 95, 99 rule we get
approximately 95% lie between these two values.
10(0.5x + 6) = 8
5x + 60 = 8
5x = 8 - 60
5x = -52
x = -52/5
x = -10.4
If the values of a function f(x) approach the value L as x approaches c, we say that f(x) has the limit L as x approaches c, and we write
In simpler terms, as x approaches c, the value of f(x) approaches L.
