Answer:
Going horizontally,
Q1 a) x = 133°
Q1 b) x = 59°
Q1 c) x = 189°
Q1 d) x = 32°
Q1 e) x = 72°
Q1 f) x = 36°
Q2 a) x = 53°
Q2 b) x = 94°
Q2 c) x = 10°
Workings out:
To work out the interior angles, you need to know that angles on a straight line add up to 180°. In addition, you also need to know that angles around a point add up to 360°. When you need to find a missing angle, if the angle is on a line or in a triangle, take whatever value/values the angle/angles you have are and take it away from 180°. If the angle is around a point, (or in a square, where all angles are the same anyway) add however many values you have for the angles then take that away from 360°. Hope this helps! :)
Interquartile Range is the answer
Answer:
Please rephrase, i cant understand the question
We have that every quarter, he will get an 0.8% interest rate. We also have that there will be 14*4=56 periods of repayment. We have that by the formula, if there are n periods and x% is the interest rate, the capital is multiplied by (100+x%)^n.
Suppose Micah invests x money. Then, we have that after 14 years, the capital available will be C=
. We have that C=18500$ and hence that 18500=x*1.562. Thus, solving for x we have that x=11841$.
Micah will need to invest only 11841$ in order to pay for his boat; this shows the importance of saving since he earns a lot of money, around 7k $.
Answer:
is a function because each student, or each element of the domain of the function corresponds to one element of the range.
Step-by-step explanation:
Here are some of the important factors for a relationship to be a function.
As we know that a function is a relation between sets that associates to every element of a first set exactly one element of the second set.
In the giving diagram of the question, it is clearly observable that:
- Each student in Mr. Well's history class associates to one Final exam score.
Therefore, is a function.
We know that the domain of a function is the set of all the x-values of an ordered pair of a set for which the function is defined.
Here,
The domain of is : {Student}
And range of a function is the set of all the y-values of a ordered pair of a set.
So,
The range of is : {Final Exam Score}
Hence, we conclude that is a function because each student, or each element of the domain of the function corresponds to one element of the range.