Answer:
q1=11
q3= 33
Step-by-step explanation:
The data set has 44 number of students. The first quartile is 25 % of the numbers in the data set . So
25 % of 44 = 25/100 * 44= 0.25 *44 = 11
So the first quartile lies at 11.
Similarly the third quartile lies at the 75 % of the numbers of the data set . So
75 % of 44 = 75/100 * 44= 0.75 *44 = 33
So the third quartile lies at 33.
Angles in a triangle ALWAYS equal 180 degrees, so 180-59-63= final angle (58 degrees) Then just use (Tan,Cos,Sin) with the angles to find the lengths, i can’t answer it as i don’t know what the triangle looks like
For this case we have the following expression:

The first step is to solve the quadratic term.
We have then:

Then, the second step is to subtract both resulting numbers:

We observe that the result obtained is a negative number.
Answer:
The result of the expression is given by:

Answer:
1.79 %.
Step-by-step explanation:
you have to calculate the probability of a series of events before you can calculate the final probability.
The first event is that the band plays on Friday.
If there are 8 bands, but only 5 play on Friday, then the probability that they will play on Friday is
5/8
Now, the second event that they are the last ones is 1/5, since they are 5 bands.
Therefore the probability that they will play on Saturday and last is
5/8 * 1/5 = 1/8
Now, for the rival band it would be, knowing that on Friday there is already a quota assigned and one band less, the probability that they will play that day is
4/7
as they play before the other group, it would be 1/4, as there is already a quota assigned.
The final probability would then be:
4/7 * 1/4 = 1/7
Now the probability that the band gives the last performance on Friday night and your rival band performs immediately before them, is:
1/8 * 1/7 = 0.0179
That is 1.79 %.
<u>Part 1) which angle is congruent to Angle 1?</u>
we know that
When two lines are crossed by another line (which is called the Transversal), the angles in matching corners are called <u>corresponding angles</u>
m∠5=m∠1 ----------> by corresponding angles postulate
therefore
<u>the answer Part 1) is </u>
Angle 
Part 2) Which can be used to directly prove that Angle 1 =~ Angle 8?
we know that
<u>Alternate exterior angles</u> are defined as two exterior angles on opposite sides of a transversal which lie on different parallel lines.
in this problem
m∠1=m∠8 -------> by alternate exterior angles theorem
therefore
<u>the answer part 2) is the option </u>
Alternate Exterior Angles Theorem
<u>Part 3) If m Angle 5 = 42 degrees, what is m Angle 4?</u>
we know that
<u> Alternate interior angles</u> are two interior angles which lie on different parallel lines and on opposite sides of a transversal
m∠4=m∠5 --------> by alternate interior angles theorem
so
m∠4=
therefore
<u>the answer Part 3) is</u>
