Mason practiced basketball free throws and kept track of the results in the table. He says the experimental probability of makin
g a free throw
is 2/3.
What is Mason’s error?
A.Mason compared the number of free throws missed to the total number of free throws attempted.
B.Mason compared the number of free throws made to the total number of free throws attempted.
C.Mason compared the number of free throws made to the number of free throws missed.
D.Mason compared the number of free throws attempted to the difference between the number made and the number missed.
is 2/3.
What is Mason’s error?
A.Mason compared the number of free throws missed to the total number of free throws attempted.
B.Mason compared the number of free throws made to the total number of free throws attempted.
C.Mason compared the number of free throws made to the number of free throws missed.
D.Mason compared the number of free throws attempted to the difference between the number made and the number missed.
2 answers:
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Answer:
<h3>i¹ + i² + i³ +. . .+ i⁹⁹ + i¹⁰⁰ = 0</h3>Step-by-step explanation:
Consider the sum S = i¹ + i² + i³ +. . .+ i⁹⁹ + i¹⁰⁰
S = i¹ + i² + i³ + . . . + i⁹⁹ + i¹⁰⁰
S = a₁ + a₂ + a₃ +. . . + a₉₉ + a₁₀₀
then, S is the sum of 100 consecutive terms of a geometric sequence (an)
where the first term a1 = i¹ = i and the common ratio = i
FORMULA:______________________
_______________________________
then
or i¹⁰⁰ = (i⁴)²⁵ = 1²⁵ = 1 (we know that i⁴ = 1)
Hence
S = 0
Answer:
The cosine of 86º is approximately 0.06976.
Step-by-step explanation:
The third degree Taylor polynomial for the cosine function centered at is:
The value of 86º in radians is:
Then, the cosine of 86º is:
The cosine of 86º is approximately 0.06976.