MAD = 4
(2+8+10+16)=36
36/4=9
Now subtract 9 from every number BUT you only put the absolute value
2-9..............7
8-9.............1
10-9............1
16-9............7
Total........ 16
16/4 = 4
She walked the most on Friday because you have to find the LCD. The LCD is 24.
For example, to change the denominator of 4 to 24, you must divide 24 divided by 4 which equals 6. Since your answer was 6, you have to multiply both numbers, which are 3 and 4, by 6.
So, 4 times 6 is 24. This is the denominator and 4 times 3 is 18. This is the numerator.
If you do the same with all of the fractions then you will have the fractions of, 18 over 24, 12 over 24, and 9 over 24.
Look at all the numerators (the number on top of the fraction) and decide which one is the biggest.
18 is the biggest and since the fraction 18 over 24 was originally 3 over 4, this means that she walked the most on Friday.
Hoped this helps!!
Answer:
The probability that a randomly selected component needs rework when it came from line A₁ is 0.3623.
Step-by-step explanation:
The three different assembly lines are: A₁, A₂ and A₃.
Denote <em>R</em> as the event that a component needs rework.
It is given that:
Compute the probability that a randomly selected component needs rework as follows:
Compute the probability that a randomly selected component needs rework when it came from line A₁ as follows:
Thus, the probability that a randomly selected component needs rework when it came from line A₁ is 0.3623.
The distance is given by
y = 58t - 1.86t²
The velocity is the derivative of y with respect to t. It is
v = 58 - 3.72t
In an interval [t₁, t₂], the average velocity is
Evaluate the results (Use v to denote the average velocity).
i. t = [1,2]
v = (108.56 - 56.14)/1 = 52.42
Answer: 52.42 m/s
ii. t=[1,1.5]
v = (82.815 - 56.14)/0.5 = 53.35
Answer: 53.35 m/s
iii. t=[1,1.1]
v = (61.5494 - 56.14)/0.1 = 54.094
Answer: 54.094 m/s
iv. t=[1,1.01]
v = (56.6826 - 56.14)/0.01 = 54.26
Answer: 54.26 m/s
Note:
As the time interval approaches zero, we obtain the derivative of y at t=1, which is 58-3.72 = 54.28 m/s
Answer:
The diagonal is 14.4 feet.
Step-by-step explanation:
The Pythagorean Theorem: a^2 + b^2 = c^2
Substitute 8 and 12 with a and b because they are the legs.
That gets you the equation 8^2 + 12^2 = c^2
Which then gets you, 64+144 = c^2
208 = c^2
Then, square root each side to get rid of the 2 exponent on the c.
which in the end gets you 14.42, which rounds to 14.4