Answer:
b. Elisondra will order first approximately 10 times.
e. Each person will order first approximately the same number of times.
Missing Problem Statement:
Elisondra is eating at a restaurant with three friends. They want to choose at random who will order first. If you model the situation with the spinner, how many equal-sized sections should the spinner have?
What is the theoretical probability of the spinner landing on Elisondra's section?
Step-by-step explanation:
Now, before we proceed to the current options in the problem statement. We need to model the situation with the spinner, how many equal sized sections should spinner have?
Since Elisondra is with her 3 friends, so we have a total of 4 people.
So the spinner should have 4 equal sized sections
Theoretical Probability of spinner landing on Elisondra's section =
In the given statement:
Spinner is used to decide who orders first during 40 visits.
The options that apply are:
B) Elisondra will order first approximately 10 times. As:
Theoretical Probability of spinner landing on Elisondra's section in 1 spin =
Theoretical Probability of spinner landing on Elisondra's section in 40 spins = =10 times
E) Each person will order first approximately the same number of times, as probability of any person ordering first is in 1 spin.
Option (A), (C) and (D) do not apply as it is not possible.
Answer:
B) Elisondra will order first approximately 10 times.
E) Each person will order first approximately the same number of times.
Those two answers will help you certainly ! =w=
Step-by-step explanation: just did it!
The measure of the arc of the circular basin of the fountain that will be in the photograph is; 136°
To answer this question, we need to understand the angle of intersecting secant theorem which state that;
If two lines intersect outside a circle, then the measure of the angle formed by the two lines is half of the positive difference of the measures of the intercepted arcs.
Thus;
θ = ½(x2 - x1)
Where:
Now, we are given θ = 44°
Now the measure of the arc of the circular basin will be the smaller angle x1.
Thus;
44 = ½(360 - x - x)
2 × 44 = 360 - 2x
88 = 360 - 2x
360 - 88 = 2x
2x = 272
x = 272/2
x = 136°
Read more about angle of intersecting secanttheorem at; brainly.com/question/1626547
Answer:
The measure of the arc of the circular basin = 136°
Step-by-step explanation:
The measure of an angle formed when two line intercepts outside a circle is half the difference of the measure of the intercepted arcs.
Mathematically, the is represented as:
Measure of an angle = 1/2(big angle - Small angle)
This values are given in the question
Measure of an angle = Measure of angle formed by tangents to the fountain = 44°
big angle is represented by = 360°-x
small angle is represented by = x
Therefore, we have
44° = 1/2( 360° - x -x)
44° = 1/2(360° - 2x)
Cross multiply
44° × 2 = 360° - 2x
88° = 360° - 2x
88° - 360° = - 2x
-272° = -2x
x = -272/-2
x = 136°
The measure of the arc of the circular basin = 136°
Answer:
4/5 forms a proportion with 16/20.
Step-by-step explanation:
We are given an rational number as 16/20.
we have to find another rational number which is equivalent to it.
as both 16 and 20 are multiple of 4 we could also represent the ratio 16/20 as:
we cancel 4 on both the numerator and denominator to get .
Hence, the ratio is proportion with .