The required probability for the parts which are examined for defects are ;
1. Probability of both the parts are good is equal to 0.375.
2. Probability represents exactly one part has major defect is 0.2333.
Here, we have,
Total number of parts to be examined for defects = 16
Number of good parts = 10
Number of parts with minor defects = 4
Number of parts with major defects = 2
Number of parts to be chosen at random without replacement = 2
Total number of outcomes = ¹⁶C₂
= (16!) / ( 16 - 2 )!2!
= 120
1. Probability of both the parts to be good
Number of favourable outcomes = ¹⁰C₂
= 10! / (8!)(2!)
= 45
Required Probability = 45 / 120
= 0.375
2. Probability of exactly one major defect
Number of favourable outcomes= ²C₁ × ¹⁴C₁
= 2 × 14
= 28
Required Probability = 28/ 120
= 0.2333
Therefore, the probability of both are good is 0.375 and probability of exactly one major defect is 0.2333.
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The above question is incomplete, the complete question is:
'16 parts are examined for defects. It is found that 10 are good, 4 have minor defects, and 2 have major defects. Two parts are chosen at random from the 16 without replacement; that is; the first part chosen is not returned to the mix before the second part is chosen:
1. What is the probability that both parts are good?
2. What is the probability that exactly one part has major defect?'
If A is an invertible matrix, then what is det (A^ −1 ) equal to?
The determinant of the inverse of matrix A, det(A⁻¹ ), is equal to the reciprocal of the determinant of matrix A, i.e., 1/det(A).
How to find determinant of matrix A?If A is an invertible matrix, then the determinant of A is non-zero, i.e., det(A) ≠ 0.
We know that the determinant of a matrix is related to its inverse by the following equation:
det(A) det(A⁻¹) = det(A A⁻¹) = det(I) = 1,
where I is the identity matrix.
Multiplying both sides of the equation by det(A⁻¹), we get:
det(A⁻¹) = 1/det(A)
Therefore, the determinant of the inverse of matrix A, det(A⁻¹), is equal to the reciprocal of the determinant of matrix A, i.e., 1/det(A).
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Let U= {1, 2, 3, 4, 5, 6, 7, 8, 9}, A= {1, 2, 5, 7}, and B= {2, 3, 4} Find the set A ∩ B.
A ∩ B={____}
The set A ∩ B = {2}.
To find the set A ∩ B, given that U = {1, 2, 3, 4, 5, 6, 7, 8, 9}, A = {1, 2, 5, 7}, and B = {2, 3, 4}.
A ∩ B represents the intersection of sets A and B, which means we need to find the elements that are common to both sets A and B. The intersection of two sets are sets that are common to both sets.
To do this, compare the elements of sets A and B:
A = {1, 2, 5, 7}
B = {2, 3, 4}
The only common element in both sets is 2.
Therefore, A ∩ B = {2}.
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An apartment complex rents an average of 2.3 new units per week. If the number of apartments rented each week has a Polsson distribution, then the probability of renting exactly three apartments in a week is ....
The probability of renting exactly three apartments in a week is approximately 0.2018 or 20.18%.
If the average number of units rented per week is 2.3 and the distribution is Poisson, then the parameter lambda is also equal to 2.3.
The probability of renting exactly three apartments in a week is given by the Poisson probability function:
[tex]P(X = 3) = (e^(-lambda) * lambda^x) / x![/tex]
Substituting the values, we get:
[tex]P(X = 3) = (e^(-2.3) * 2.3^3) / 3![/tex]
P(X = 3) = (0.09963 * 12.167) / 6
P(X = 3) = 0.2018
Therefore, the probability of renting exactly three apartments in a week is approximately 0.2018 or 20.18%.
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Two trains leave a railroad station at noon. The first train travels along a straight track at 90 mph. The second train travels at 75 mph along a straight track that makes an angle of 130 degrees with the first track. At what time are the trains 400 miles apart
Answer:
Step-by-step explanation:
Answer:
2:36pm
Step-by-step explanation:
Let's say it takes x hours after leaving the station when the trains are 400 miles apart
Let's refer to the two trains using the letters A and B for easier reference
A is the train that travels on a straight track due East
B is the train that travels on a track 130° relative to the path of train A
A travels at a speed of 95 mph
B travels at a speed of 75 mph
Let the distance between the two trains be 400 miles after they have traveled an unknown hours. We have to determine
After hours, train A would be miles from the railroad station and train B would be miles from the station
We can visualize this situation as given in the attached image.
You can see that A = 95x, B = 75x and the longest side is 400 miles
We will use the law of cosines to determine x
The Law of Cosines (also called the Cosine Rule) says:
where is the angle opposite c i.e. the angle bounded by a and b which are the other two sides
Using the diagram as a reference we see
c = 400, a = 95x, b= 75x, 130°
Using this information and plugging values into the cosine rule formula we get
But we know that c = 400 since that's what the question says
So we get
So the two trains will be 400 miles apart 2.6 hours after they have left the station.
2.6 hours = 2 hours and 36 minutes
So the trains will be 400 miles 2 hours and 36 minutes after they have left the station
Since they have left at noon, they are 400 miles apart at 2:36pm
hope this helps ;)
how does DIAMETER of wire affect:
Strength
range
stiffness
The diameter of a wire significantly impacts its strength, range, and stiffness.
1. Strength: As the diameter of a wire increases, its overall strength improves. A larger cross-sectional area allows the wire to withstand greater forces before breaking. This is because the increased material can distribute force more effectively, resulting in enhanced tensile strength.
2. Range: The diameter of a wire also influences its range or length. Thicker wires tend to have shorter range capabilities compared to thinner wires. As the diameter increases, the weight and stiffness of the wire rise as well, making it harder to extend or coil over long distances. Conversely, thinner wires are more flexible and lightweight, enabling them to cover greater lengths.
3. Stiffness: Lastly, the diameter of a wire impacts its stiffness, which is the resistance of the wire to bending or deformation. With a larger diameter, the stiffness of the wire increases due to the higher amount of material present. This means that it requires more force to bend or change the shape of the wire, resulting in greater rigidity. On the other hand, wires with smaller diameters are more pliable and can easily be bent or manipulated.
In summary, the diameter of a wire plays a crucial role in determining its strength, range, and stiffness. Thicker wires exhibit enhanced strength and stiffness but may have limited range capabilities, while thinner wires are more flexible and suitable for longer distances but may not be as strong or rigid.
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HELP
look at the picture it says what to do.
:)
The range is 6 and the interquartile range 2.
From the given box - and - whisker plot we get,
Least value is = 4
First quartile is = Q3 = 7
Median is = Q2 = 8
Third Quartile = Q3 = 9
Greatest value is = 10
We know that the range of the data set is = Greatest Value - Least Value = 10 - 4 = 6
Now, Interquartile Range = Third Quartile - First Quartile = 9 - 7 = 2.
Hence the range is given by 6 and interquartile range is given by 2.
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A researcher who selects a sample of people of varying ages and studies them at one point in time is, by definition, using the ___________ method
The researcher in question is using a cross-sectional research method.
This method involves selecting a sample of individuals from a population and studying them at one point in time, usually in a single session. The purpose of the research is to gather information about the relationships between variables and to describe the population characteristics.
One of the primary advantages of the cross-sectional method is its efficiency. Researchers can gather a large amount of data in a relatively short amount of time, which can be helpful for studying large populations or for answering research questions that are time-sensitive.
However, there are also limitations to the cross-sectional method. For example, because it only captures data from one point in time, it cannot be used to study how variables change over time. Additionally, cross-sectional research cannot establish causality, as the data only shows correlations between variables, not their causal relationships.
Overall, the cross-sectional method is useful for gathering information about a population's characteristics and relationships between variables, but it should be used in conjunction with other research methods to gain a more comprehensive understanding of a phenomenon.
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does anyone know this/and can also explain to me how to figure it out?
Answer:
D. ∠ROS
Step-by-step explanation:
You want to know which angle is adjacent to angle SOT in the given figure.
Adjacent anglesAngles are adjacent when they share a vertex and a side, but no interior space (do not overlap). Usually, we are concerned with the smallest adjacent angle in any given direction.
Any angle whose name starts with TO_ will share vertex O and side OT with the designated angle SOT. The smallest such angle is ∠TOU.
SImilarly, any angle whose name starts with SO_ will share vertex O and side OS with angle SOT. The smallest such angle is ∠SOR. Of course, we can also name this same angle ∠ROS, which is what you see in the answer choices.
∠ROS is adjacent to ∠SOT.
__
Additional comment
In some cases, you might say that angles TOQ and TOR are also adjacent to angle SOT. Likewise, angles SOQ and SOU might be considered to be adjacent to angle SOT. These angles meet the definition of adjacent angles, but it would be pretty unusual for them to be considered adjacent angles in a geometry problem.
Find the exact value of the trigonometric expression given that
sin u = − 8/17 and cos v = − 5/13. (Both u and v are in Quadrant III. )
cos(u − v)
The exact value of cos(u - v) is 80/221. To find the value of cos(u - v), we can use the trigonometric identity:
cos(u - v) = cos u * cos v + sin u * sin v
Given that sin u = -8/17 and cos v = -5/13, we can substitute these values into the formula:
cos(u - v) = (-8/17) * (-5/13) + (-8/17) * (-5/13)
Multiplying the numerators and denominators:
cos(u - v) = 40/221 + 40/221
Combining the fractions:
cos(u - v) = 80/221
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quality of Diagnostic test
Reliability vs validity
describe
Quality in diagnostic tests refers to their ability to provide accurate and consistent results. Two key aspects of quality are reliability and validity. Reliability refers to the consistency and stability of test results over time, while validity pertains to the accuracy and relevance of the test in measuring what it is intended to measure.
Reliability ensures that a diagnostic test produces similar outcomes when administered multiple times under the same conditions. This is crucial, as consistent results build trust in the test and increase its usability in clinical settings. A reliable test reduces the risk of incorrect diagnoses or misinterpretations, ultimately leading to better patient care.
Validity, on the other hand, assesses the test's ability to accurately identify a specific condition or characteristic. A valid test must be both sensitive (detecting true positives) and specific (avoiding false positives). A high-quality diagnostic test should be able to differentiate between those who have the condition and those who do not, thereby guiding appropriate treatment decisions.
In summary, the quality of a diagnostic test depends on its reliability and validity. A high-quality test is both consistent in its results and accurate in detecting the intended condition. Ensuring both aspects are met contributes to better patient outcomes and more effective healthcare delivery.
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If a water park sold 11 child tickets and 14 adult tickets. What percentage of the tickets sold were child tickets?
If a water park sold 11 child tickets and 14 adult tickets then 44% of the tickets sold were child tickets
The number of child tickets = 11
The number of adult tickets = 14
The total number of tickets are 11+14
Total tickets = 25
We have to find the percentage of the tickets sold were child tickets
x/100×25 = 11
0.25x=11
Divide both sides by 0.25
x=11/0.25
x=44%
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If it takes an airplane 3 hours to fly 3600 miles, how long will it take to fly
5400 miles. Use a decimal for your answer rounded to the nearest tenth.
Let,the speed of the plane in still air is
x
m
p
h
and the velocity of the wind is
y
m
p
h
So,when going against the wind,its net velocity becomes
x
−
y
so,to cover
3600
m
i
time taken =
3600
x
−
y
=
4
Again,when going along the direction of wind,its net velocity is
x
+
y
so,to cover
3600
m
i
time taken =
3600
x
+
y
=
3
Solving,both the equations we get,
x
=
1050
m
p
h
and
y
=
150
m
p
h
What is the area, in square feet, of the shaded part of the rectangle below? I WILL MARK BRAINLY SO PLEASE WORK FAST.
Answer:
Step-by-step explanation:
159.5 square feet
If two events are independent, then their joint probability is computed with _____.
A. the special rule of addition
B. the special rule of multiplication
C. the general rule of multiplication
D. the bayes theorem
B. the special rule of multiplication.
The joint probability of two independent events is computed using the special rule of multiplication.
What is the method used to calculate the joint probability of two independent events?When two events are independent, their joint probability is calculated using the special rule of multiplication.
This rule states that the probability of both events occurring together is equal to the product of their individual probabilities. In other words, if A and B are two independent events, then the probability of A and B occurring together is equal to the probability of A multiplied by the probability of B.
For example, if the probability of event A is 0.4 and the probability of event B is 0.5, then the probability of both events occurring together is 0.4 x 0.5 = 0.2.
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11
David made a class banner out of a large rectangular piece of paper. He cut a
triangular piece out of one side, as pictured below.
14 in.
5 in.
3 in.
-11 in.-
14 in.
What is the area, in square inches, of the banner?
Answer:
Okay, let's think through this step-by-step:
The original rectangular piece of paper is 14 inches wide and 5 inches tall.
So the area of the original rectangle = 14 * 5 = 70 square inches
David cut out a triangular piece from one side.
We are given:
** The triangle height = 3 inches
** The triangle base = 5 inches
** The triangle extends 11 inches from the edge
To find the area of the triangle:
** Triangle area = (base * height) / 2
** = (5 * 3) / 2 = 7.5 square inches
To find the area of the remaining rectangle shape:
** Length after triangle cut = 14 - 11 = 3 inches
** Remaining rectangle area = 3 * 5 = 15 square inches
Total area of banner = Area of original rectangle - Area of triangle + Area of remaining rectangle
= 70 - 7.5 + 15 = 77.5 square inches
So in summary, the area of the banner in square inches is 77.5
Step-by-step explanation:
Answer:
Step-by-step explanation:
77.5
function: y=-x^2+3x+8
Vertex:
Solutions:
Answer: Vertex= (3/2, 41/4) Solutions= y= −x´2+3x+8
Step-by-step explanation:
Vertex= Rewrite in vertex form and use this form to find the vertex (h,k)
Solutions= Solve the rational equation by combining expressions and isolating the variable y.
Help with these two please!
The measure of angle DCB is 128°.
Measure of angle BEC and DEC are 54° and 126° respectively.
3) Given that,
∠ECB and ∠DCA are straight angles.
So,
∠ECA and ∠BCA = 180°
3x + 5 + x + 11 = 180
4x + 16 = 180
4x = 164
x = 41
Now, measure of ∠DCB = measure of ∠ECA [Since they are vertical angles]
m ∠DCB = 3x + 5 = (3 × 41) + 5 = 128°
4) AC and DB intersect at point E.
5x + 36 + 3x = 180
8x + 36 = 180
8x = 144
x = 18
m ∠BEC = m ∠AED [ Vertical Angles theorem]
m ∠BEC = 3x = 54°
Similarly,
m ∠DEC = m ∠AEB
m ∠DEC = 5x + 36 = (5 × 18) + 36 = 126°
Hence the measures of angles DCB, BEC and DEC are 128°, 54° and 126° respectively.
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In a two way mixed ANOVA, what is "mixed" are ____________.
a. the dependent and independent variables (we reverse them)
b. the independent variables (one is treatment and the other is subject)
c. the independent variables (one is between subjects and the other is within)
d. the drinks the person analyzing the data consumes.
In a two way mixed ANOVA, "mixed" refers to the independent variables being a combination of both between-subjects and within-subjects factors.
This means that one independent variable is manipulated between groups (e.g. treatment group vs control group) while the other independent variable is measured within each group (e.g. before vs after treatment).
The dependent variable remains the same throughout the study. Therefore, the correct answer is c. the independent variables (one is between subjects and the other is within).
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I need help. 4.696-0.232
Answer:
Step-by-step explanation:
4.696-0.232
4.696
-.232
4.464
Consider the expression a+bc/2 - (ac - 3/b). • Use a stack to convert the expression into a postfix notation. • Show all stages in the evolution of the stack.
To convert the given infix expression a+bc/2 - (ac - 3/b) into postfix notation, we will use a stack to store and manage operators. Here's the step-by-step process:
1. Start scanning the expression from left to right.
2. If an operand (a, b, c, 2, or 3) is encountered, append it to the output.
3. If an operator (+, -, *, or /) is encountered, push it onto the stack if it's empty or if the operator at the top of the stack has a lower precedence. Otherwise, pop operators from the stack and append them to the output until the stack is empty or the operator at the top of the stack has a lower precedence. Then, push the current operator onto the stack.
4. If an open parenthesis '(' is encountered, push it onto the stack.
5. If a close parenthesis ')' is encountered, pop operators from the stack and append them to the output until an open parenthesis '(' is encountered. Pop the open parenthesis but do not append it to the output.
6. After scanning the entire expression, if there are still operators in the stack, pop them and append them to the output.
Applying these rules, we get the following postfix expression:
a b c * 2 / + a c * 3 b / - -
Here's the evolution of the stack during each step:
1. Push '+'
2. Push '*', pop '+' (higher precedence), push '+'
3. Push '/'
4. Pop '*', pop '/', push '-'
5. Push '*', pop '-' (higher precedence), push '-'
6. Push '/'
7. Pop '*', pop '/', pop '+', pop '-'
The resulting postfix expression is: a b c * 2 / + a c * 3 b / - -
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What is the charge qenc that is enclosed by the cylinder (cross-sectional area A=2.00×10-2 m2) if the charge is only on one surface?
The charge enclosed by the cylinder is simply equal to the total charge Q on the surface of the cylinder.
If the charge is only on one surface of the cylinder, then we can assume that the charge is uniformly distributed on that surface. Let's denote the surface charge density by σ.
The charge enclosed by the cylinder is given by qenc = σA, where A is the cross-sectional area of the cylinder.
We are not given the surface charge density σ, but we can relate it to the total charge Q on the surface of the cylinder as follows:
Q = σA
We can solve for σ to get:
σ = Q/A
Substituting this expression for σ into our equation for qenc, we get:
qenc = σA = (Q/A)A = Q
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Let A and B be square matrices. Show that even though AB may not equal BA, detAB will always equal detBA.
This result is a consequence of the fact that the determinant is a multiplicative function, i.e., det(AB) = det(A)det(B) for any square matrices A and B.
To see this, let C = BA. Then we have
det(C) = det(BA) = det(B)det(A)
On the other hand, we also have
det(C) = det(AB) = det(A)det(B)
Therefore, det(B)det(A) = det(A)det(B), which implies that det(AB) = det(BA).
In summary, even though AB may not equal BA, the determinant of AB is always equal to the determinant of BA, thanks to the multiplicative property of the determinant.
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The data collected on the number of points scored in a basketball season are represented in the box plot.
A box plot uses a number line from 13 to 33 with tick marks every one-half unit. The box extends from 15 to 30.5 on the number line. A line in the box is at 21.5. The lines outside the box end at 14 and 32. The graph is titled Number of Points, and the line is labeled Points Scored in Basketball.
What value does 75% of the data lie above? Find the value.
Lower quartile (Q1) = 14
Lower quartile (Q1) = 15
Upper quartile (Q3) = 30.5
Upper quartile (Q3) = 32
Answer: a might be the answer
Step-by-step explanation: i do not know the answer
Answer: C
Step-by-step explanation:
The 75% mark is 30.5
So A, B, D is wrong WHICH MAKE C CORRECT Mark me as brainiest :)
Write the absolute value equations in the form x−b=c (where b is a number and c can be either number or an expression) that have the following solution set all numbers such that x>=5
The absolute value equation that has the solution set of all numbers such that x >= 5 can be written as |x - 5| = x - 5. This equation is true when x >= 5 because the absolute value of a non-negative number is equal to the number itself.
Megan is part of a catch and release program for purple frogs. She catches 22 frogs and releases them after marking them. The next day, her team catches 198 frogs with 7 marked frogs. Estimate the total frog population to the nearest ten
Rounding to the nearest ten, the estimated total frog population is approximately 620.
The ratio of marked frogs to the total catch is:
marked frogs / total catch = 7 / 198
Now, we can set up a proportion to find the estimated total frog population:
marked frogs / total catch = 7 / 198
22 / total population = 7 / 198
To solve for the total population, we can cross-multiply:
22 * 198 = 7 * total population
4356 = 7 * total population
Divide both sides by 7:
4356 / 7 = total population
622.29 ≈ total population
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Aemilus rids his bike for 2 hours. for how many seconds does Aemilus ride his bike
120 sec beacause 60+60 is 120 this is how beacause 1 hour has 60 minits in it and thrte is 2 hours so 60+60=120
Answer:
Step-by-step explanation:
1 dk=60 saniye 1 saat=60 dk 60x60=3600 saniye 1 saat eder. 2 saat istediği için 2x3600=7200 saniyedir cevap= 7200
The cost of manufacturing x refrigerator is $c(x), where c(x)=8000+400x-0.5x squared
The minimum cost of manufacturing refrigerators is $104,000 when 400 refrigerators are produced.
The cost of manufacturing x refrigerators is given by the function c(x) = 8000 + 400x - 0.5x^2, where x is the number of refrigerators produced and c(x) is the cost of manufacturing x refrigerators.
The function is a quadratic equation in x, with a negative coefficient for the x^2 term, indicating that the cost function is a downward-facing parabola. The vertex of the parabola represents the minimum cost of manufacturing refrigerators, which occurs at x = -b/2a, where a = -0.5 and b = 400.
To find the minimum cost of manufacturing refrigerators, we can use the formula x = -b/2a = -400/(2*(-0.5)) = 400. Therefore, the minimum cost occurs when 400 refrigerators are produced.
Substituting x = 400 into the cost function, we get: c(400) = 8000 + 400(400) - 0.5(400)^2 = $104,000.
Therefore, the minimum cost of manufacturing refrigerators is $104,000 when 400 refrigerators are produced.
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You are building a rectangular chest. You want the length to be 5 feet, the width to be 4 feet, and the volume to be 80 cubic feet. What should the height be?
volume = length * width * height
v=lwh
everything is given except for height so solve for that
80 = 5*4*h
h = 4
The height of the rectangular prism will be 4 feet.
What is the volume of the rectangular prism?Let the prism with a length of L, a width of W, and a height of H. Then the volume of the prism is given as,
V = L x W x H
Given that:
Volume, V = 80 cubic feet
Length, L = 5 feet
Width, W = 4 feet
The height of the rectangular prism is calculated as,
80 = 5 x 4 x H
80 = 20H
20H = 80
H = 80 / 20
H = 4 feet
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What is Euler's theorem?
Euler's theorem, also known as Euler's formula, is a fundamental result in mathematics that relates the exponential function, complex numbers, and trigonometry.
The theorem states that for any real number x, the complex exponential function [tex]e^ix[/tex] can be expressed as the sum of a cosine function cos(x) and a sine function sin(x), where i is the imaginary unit. In other words, [tex]e^ix[/tex] = cos(x) + i sin(x). This result has important applications in many fields, including physics, engineering, and computer science, and is used to analyze periodic phenomena such as sound waves and electromagnetic radiation.
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Miguel bought a soccer ball on sale for $15. The sale price was 33 1/3% less than the original price. Which fraction is equivalent to 331/3%?
The fraction which is equivalent to 33 1/3% is 1/3. The process involves removing the percent symbol, placing the result over 100, and simplifying the fraction to its lowest terms.
Explanation:The fraction that is equivalent to 33 1/3% would be 1/3. If we want to convert a percentage to a fraction, we need to follow these steps:
Take the percentage, in this case, 33 1/3%.
Remove the percent symbol and place the number over 100. This makes the fraction 33 1/3 over 100 or 100/3.
Reduce this fraction to its simplest terms.
In this case, by dividing both the numerator and denominator by 100, we get 1/3.
So, the fraction equivalent of 33 1/3% is 1/3.
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