The following graph details the number of performances of plays a Shakespearean acting company has performed over the past five
years.
A pie chart titled Performances. Titus Andronicus, 25 percent; Henry I V, 13 percent; Twelfth Night, 17 percent; Othellow, 19 percent; The Tempest, 10 percent; Other, 16 percent.
If the company has performed Twelfth Night 25 times in the past five years, how many times have they performed in total? Round to the nearest whole performance, if necessary.
a.
42
b.
50
c.
147
d.
221
A pie chart titled Performances. Titus Andronicus, 25 percent; Henry I V, 13 percent; Twelfth Night, 17 percent; Othellow, 19 percent; The Tempest, 10 percent; Other, 16 percent.
If the company has performed Twelfth Night 25 times in the past five years, how many times have they performed in total? Round to the nearest whole performance, if necessary.
a.
42
b.
50
c.
147
d.
221
2 answers:
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Incomplete question: <em>Options</em>
(a) Each triangular part and each rectangular part represents 1/2 the area of one square.
(b) Each triangular part has an area that is greater than the area of each rectangular part.
(c) Each triangular part and each rectangular part represents 1/4 the area of one square
(d) Each rectangular part has an area that is greater than the area of each triangular part.
<em>See attachment for squares</em>
Answer:
(a) Each triangular part and each rectangular part represents 1/2 the area of one square.
Step-by-step explanation:
Given
See attachment
Required
Which statement is true
Before the division, the area of both squares is:
After the division:
The area of the triangle is:
Substitute Area for l * w
This equals half the area of the square
The area of the rectangle is:
The length of the rectangle is now half the length of the original square.
So, we have:
Substitute Area for l * w
<em>From the values of A1 and A2, we can conclude that (a) is true</em>
Answer:
Step-by-step explanation:
For an equation in the form of , the axis of symmetry is where
. In this case, the axis of symmetry is the line