Answer:
No, they do not.
Step-by-step explanation:
To determine whether or not the design specifications have been met, you need to find the average of all of the times and see if it lines up with the intended one. seconds. This is within one standard deviation of the desired time, meaning that the data suggests that the design specifications have been met. Hope this helps!
Answer:
the government of India Today group to offer online learning to young people in the future of our country is the best of luck to you mam
Answer:
When x = -1/4 and when x = -15/4
Step-by-step explanation:
The x intercept will be when f(x)=0, so
0 = 4|x+2| -7
7 = 4|x+2|
|x+2|=7/4 here you have to cases
case 1
x+2=7/4
x=7/4-2
x=-1/4 = -0.25
case 2
x+2 = -7/4
x = -2-7/4
x = -15/4 = -3.75
Answer is 2.49 which you said you knew.
When you round up to hundredths, your goal is to determine if the number 2 places to the right of the decimal (hundredths) will get bigger or stay the same.
The rule is if the number to the right is 5 or bigger, you raise the hundredth place by 1. If the number is 0-4, leave it alone, no change.
Take this example, 2.48765.
The “8” is the hundredths place.
Does it get bigger or stay the same?
Look at the number to the right of 8, it is a 7.
If the number is 5 or bigger, you raise it by 1.
So your number becomes 2.49
Try it again. Let’s say your number is 2.49123,
we are looking at hundredths place again, so we are looking at the 9. Is the number to the right 5 or bigger? No, it is 0-4 so it does not change. Your number remains 2.49.
This works for any place, tenths, hundredths, thousandths, etc. Find your number that will change or stay the same, look to the number to the right and find out if it changes or not.
Answer:
its b just did quiz
Step-by-step explanation: