Amare wants to ride a Ferris wheel that sits four meters above the ground and has a diameter of 50 meters. It takes six minutes
2 answers:
The desired function is h(t) = 
. The cosine function's standard form is , where A is the amplitude, 
indicates the period, C is the phase shift, and D denotes the midline. With a Ferris wheel height of 4m and a diameter of 50m, the minimum value is 4 and the maximum is 54. Since the full 3 revolutions take 6 minutes, the period is determined accordingly. There is no phase shift here, so C = 0. We can substitute y=h(t), B=π, C=0, and D=29 into the general equation to find the function, ensuring it starts at the lowest point when t=0.
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Answer:
Step-by-step explanation:
Assuming a fair die is rolled.
- The sample space comprises 1, 2, 3, 4, 5, 6, with all results being equally probable.
Let X represent the collection of all outcomes. Let A represent a specific outcome.
<pThus, the probability of event A occurring is:
Considering that the set of all possible outcomes for a singular die roll is:
Notably,
Here,
since 8 is not included in the sample space. Therefore, rolling an 8 is impossible within the defined outcomes.
In other terms,
Answer:
Attached is the question in consideration.
forms a straight line.
depicts a right triangle.
The options represent the correct answers.
Step-by-step explanation:
⇒ Given that is ⊥
it constitutes a right triangle, leading to
.
⇒ The measure for equals
as
bisects
, implying that
is half of
, thus
.
⇒ represents a straight line, as the angle measures across it yield
.
⇒ The angle measure for is derived from the linear pair concept.
The other two options are incorrect as:
it surpasses while
is a
straight line.
- Also,
is inaccurate.
As and
Thus, we have a total valid answers.
The confirmed options are .
