Answer:
A random movie is between 1.8 and 2.0 hours.
z=1.8-1.9/0.3= -0.33= 0.3707
z=2.0-1.9/0.3= 0.33= 0.6293
0.6293-0.3707= 0.2586
Therefore, the chance a random movie is between 1.8 and 2.0 hours long is 0.2586.
A movie is longer than 2.3 hours.
z=2.3-1.9/0.3 =1.33 =0.9082
1-0.9082= 0.0918
Therefore, the chance a movie is longer than 2.3 hours is 0.9082.
The length of movie that is shorter than 94% of the movies
z=x-1.9/0.3= 0.94
z=x-1.9/0.3= 1-0.94= 0.06
=x-1.9/0.3= 0.06= -1.56
x= 1.432
Therefore, the length of the movie that is shorter than 94% of the movies about 1.4 hours.
Step-by-step explanation:
Answer:
The calculated dollar-weighted rate of return, Y = -25%.
Step-by-step explanation:
The time-weighted rate of return is 0%
Therefore, (12/10)*( X/(12 + X)) = 1
12X = 120 + 10X -> X = 60
The dollar-weighted rate of return,Y is calculated below as:
Y = (X-(10 + X))/(1*10+X/2)
Y = (60-(10+60))/(1*10+60/2)
Y = (60 - 70)/(10+30)
Y= -10/40
Y = -25%
Therefore, the calculated dollar-weighted rate of return, Y = -25%.
I think it is 5.301 x 10^1
Altogether there are 14 flavours of oatmeal.
The number of grams of fiber (per serving) is shown in the list/table.
What you're expected to do is to count the number of flavours that has the given number of grams of fibre (0-1, 2-3,...) and drag the appropriate tile to the appropriate location in the graph.
For example, for 0-1 grams of fibre. I see there is are 2- "1", and no zeroes. So there is only one single flavour that has 0-1 gram of fibre in a serving. You will need to drag the tile marked "2" in the first position (0-1).
For 2-3 grams, I see 3 "2" and 3 "3" for a total of six flavours. So you would drag the tile marked "6" to the second position in the graph (2-3).
Similarly, for 4-5 grams, I see 4-"4" and 1-"5", so again you drag the tile marked "5" to the third position on the graph.
Do the same for 6-7 grams, I see only 1-"6", so drag the tile marked "1" to the fourth position, then you're done!
Check: 2+6+5+1=14 ✔
The factor of the given polynomial n² + 26n + 88 is (n + 4) and (n + 22). Then the correct option is B.
<h3>What is a factorization?</h3>
It is the method to separate the polynomial into parts and the parts will be in multiplication. And the value of the polynomial at this point will be zero.
The polynomial is given below.
n² + 26n + 88
Then the factor of the given polynomial will be
n² + 22n + 4n + 88
n(n + 22) 4(n + 22)
(n + 4)(n + 22)
More about the factorization link is given below.
brainly.com/question/6810544
