Answer:
sorry I can't help you ok
Answer:
The challenge now is accommodating <u>one million chairs into the Stadium</u> for everyone to a clear view of the action in the stadium.
Step-by-step explanation:
The shape and design of the Stadium is a point to be brainstormed as it is crucial. The initial designs depict a circular or oval shape.
The Stadium might contain a series of rings at the top and the seating designed with steep slope seating for people to watch the arena with a matchless ambiance. It might represent a celestial body that’s incredibly special but demands practical aspects for effective covering and sponsors.
The practical challenge was how to visually characterize a million seats? A better prototype would be to look at this from a 3D angle and imagine how the seating can come together. Based on the prototype the stadium has to be brought to a spherical design and an area a block of 125 seats needs to be worked upon. To scope out 8,000 blocks of 125. We can try a simple arithmetic estimate, to draw 8,000 blocks in the spherical shape of the Stadium.
Here is the answer
d = c / π
π d = c
Complete Question
A newsletter publisher believes that above 41% of their readers own a personal computer. Is there sufficient evidence at the 0.10 level to substantiate the publisher's claim?
State the null and alternative hypotheses for the above scenario.
Answer:
The null hypothesis is 
The alternative hypothesis is 
Step-by-step explanation:
From the question we are told that
The proportion is 
Generally the null hypothesis is
The above condition represents the null hypothesis because it contains and equality in its condition
The alternative hypothesis is
Answer:
m∠E = 38.7°
Step-by-step explanation:
If you make a drawing it will help. What you have is a right triangle where you are given the adjacent side to ∠E and the hypotenuse.
The cosine of a angle = adjacent side/hypotenuse.
Therefore cos E = 32/41
arccos (32/41) = 38.7°
