Answer:
\(\huge\boxed{\sf 2\frac{1}{12} }\)
Step-by-step explanation:
\(\displaystyle = 3\frac{1}{3} - 1\frac{1}{4} \\\\= \frac{3\times3+1}{3} - \frac{4\times1+1}{4} \\\\= \frac{10}{3} - \frac{5}{4} \\\\= \frac{10\times4}{3\times4} - \frac{5\times3}{4\times3} \\\\= \frac{40}{12} - \frac{15}{12} \\\\= \frac{40-15}{12} \\\\= \frac{25}{12} \\\\= 2\frac{1}{12} \\\\\rule[225]{225}{2}\)
Hope this helped!
~AH1807Answer:
2 1/12
Step-by-step explanation:
3 1/3 - 1 1/4
Get a common denominator
3 1/3 *4/4 = 3 4/12
1 1/4 *3/3 = 1 3/12
Subtract
3 4/12 - 1 3/12
2 1/12
Write a conjecture that describes the pattern in the sequence. Then use you to find the next item in the sequence. 2,6,14,30,62,
To find the next term, we add this difference to the last term in the sequence: 62 + 34 = 96.
Therefore, the next item in the sequence is 96.\
Based on the given sequence: 2, 6, 14, 30, 62, we can observe a pattern.
If we look at the differences between consecutive terms, we can see that they are increasing by a factor of 2 each time.
The first difference is 6 - 2 = 4.
The second difference is 14 - 6 = 8.
The third difference is 30 - 14 = 16.
The fourth difference is 62 - 30 = 32.
From this pattern, we can conclude that the differences are increasing by 2 each time.
Now, let's find the next item in the sequence. We can use the pattern we found to calculate the next difference.
The fifth difference would be the fourth difference plus 2: 32 + 2 = 34.
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A line plot could be used as a data display for the distribution of test scores in math class. true or false
A line plot can be used as a data display for the distribution of test scores in math class. Thus, the option to choose is TRUE.
A line plot is a graph that shows data as checkmarks or dots across a number line, indicating the frequency of each value.
The test score in the math test will be discrete data with repeating frequencies. The score of every individual will moreover be a whole number.
The line plot, as we know, marks the dots across the number line, indicating frequency.
Thus, the scores in the math test can be displayed using a line plot, by indicating each type of mark on the line, and dots above those marks for the number of times the same marks occur.
Thus, the option to choose is true.
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Use the replacement set {3, 4, 9} to find the solution of the equation below.
3n−18=9
Answer:
\(n=9\)
Step-by-step explanation:
\(3n-18=9\)
\(3n+18=\) +18
\(3n=27\)
\(3(9)=27\)
\(n=9\)
what's the circumference of a circle with a diameter of 3 inches? Use 3.14 for pi
Answer:
C≈18.85
Step-by-step explanation:
Each of three friends flips a coin 84 times. The results for each friend are shown in the tables. Find the relative frequency for the event "heads" for each friend. If the friends combine their results to get 126 heads and 126 tails, what is the relative frequency for the event "heads"? Use pencil and paper. Suppose each friend flips a coin 840 times. Is there a value you would expect the relative frequency for the event "heads" to be close to?
Friend 1: Relative frequency of heads = 59/84
Friend 2: Relative frequency of heads = 43/84
Friend 3: Relative frequency of heads = 24/84
Combined relative frequency of heads = 126/252 = 0.5
For 840 flips per friend, relative frequency for heads is expected to be close to 0.5, the probability of heads for a fair coin.
To find the relative frequency for the event "heads" for each friend, we divide the number of times "heads" occurred by the total number of coin flips.
Friend 1: 59 heads out of 84 flips
Relative frequency of heads for Friend 1 = 59/84
Friend 2: 43 heads out of 84 flips
Relative frequency of heads for Friend 2 = 43/84
Friend 3: 24 heads out of 84 flips
Relative frequency of heads for Friend 3 = 24/84
Now, to find the relative frequency for the event "heads" when the friends combine their results, we add up the number of heads (126) and divide it by the total number of coin flips (252, since each friend flipped the coin 84 times).
Relative frequency of heads when friends combine their results = 126/252 = 1/2 = 0.5
If each friend flips a coin 840 times, we can expect the relative frequency for the event "heads" to be close to 0.5. This is because the more coin flips are performed, the closer the relative frequency of heads should get to the probability of getting heads, which is 0.5 for a fair coin.
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What is the slope of that equations and what is the y-intercept?
What is the radius of a sphere called?
The radius of a sphere is typically referred to as the "radius of curvature".
The radius of a sphere is the distance from the center of the sphere to its surface. It is the most basic measure of a sphere's size and can be used to calculate other measurements, such as the surface area and volume of a sphere. It is also sometimes referred to as the "radius of curvature" because it is the distance from the center to the point where the radius of the sphere begins to curve. The radius is a key component in understanding the properties of a sphere, and is often used in mathematical equations related to spheres. Knowing the radius of a sphere is essential for understanding how a sphere behaves and interacts with other objects.
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Please help hurry I’ll mark brainly
Answer:
D
Step-by-step explanation:
(9,1) is actually on there
Please help I will BRAINLIST if right
Answer:
25\(x^{4}\)y²
Step-by-step explanation:
The area (A) of a square is calculated as
A = s² ( s is the side length )
A = (5x²y)²
= 5 × 5 × x² × x² × y × y
= 25\(x^{4}\)y²
Cre res will be saved Simplify. Write with positive exponents only. Assume all variables are greater than 0. (9x y 2) (10x³y ¹) = Preview Show Answer Points possible: 1 Unlimited attempts. Post this
The simplified expression with positive exponents only is: 90x^5y.
Simplify (9x^y^2)(10x^3y^(-1)).To simplify the expression (9x^y^2)(10x^3y^(-1)), we can apply the rules of exponents.
When multiplying two terms with the same base, we add their exponents. In this case, we have x raised to different powers (y^2 and 3), and y raised to different powers (2 and -1).
For x, the exponents can be added: y^2 + 3 = y^(2+3) = y^5.
For y, the exponents can be added: 2 + (-1) = 2 - 1 = 1.
Therefore, the simplified expression becomes:
9x^y^2 * 10x^3y^(-1) = 90x^5y^1 = 90x^5y.
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The
square below is the image of a square that was dilated by a scale factor of 1. Find
the area of the preimage, the original square, before its dilation. Figures are not
necessarily drawn to scale.
11
Answer:
I'm not really sure what you're asking because there's no image.
Step-by-step explanation:
please try to reword it and maybe show a picture .
Find (g∘k)(1)for g(x)=11x2−4x+6and k(x)=4x−11. (g∘k)(1)=
The first step you have to follow is to find k(1) by replacing each x in k(x) for 1:
\(k(1)=4(1)-11=4-11=-7\)Now, find g(k(1)), it means, g(-7):
\(g(-7)=11(-7)^2-4(-7)+6=573\)(g°k)(1)=573.
Which of the following statements are true about the graph of f(x) = -2tan(3x - 6) + 1? Select all that apply.
A. isn't correct because functions are by their definition different.
B is true. Domain of both is x>0 and range is 1/2 as large. because of 1/2 factor in first function
C is true . because of -2 it is shifted to the right by 2 and it is shrunk vertically by 1/2
D isn't true because ranges are not the same.
Answer: 1. A. B, C
2. A
3. A
Step-by-step explanation: I just finished the practice
would the following method produce a random sample of a school population of 1000 students? answer yes or no. all students with last names beginning with the letter m.
Selecting all students with last names beginning with the letter M would not produce a random sample of a school population of 1000 students. Hence the answer is no.
A random sample is obtained by selecting individuals from a population in a way that ensures every member of the population has an equal chance of being included in the sample.
By choosing only students with last names beginning with the letter M, you are introducing a bias and not providing an equal chance for all students to be selected.
To obtain a random sample of 1000 students from a school population, you would need to use a random selection method that ensures each student has an equal probability of being chosen.
This could be achieved through techniques such as random number generators, random sampling software, or random sampling techniques like stratified or cluster sampling.
Selecting all students with last names beginning with the letter M would not meet the requirements of a random sample, as it would not provide an equal chance for all students in the population to be included.
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In the U.S., shoe sizes are defined differently for men and women, but in Europe, both genders use the same shoe size scale. The accompanying histograrn shows the European shoe sizes of 269 male and female college students, converted from their reported U.S. shoe sizes. a) Describe the shape. b) How many modes does the histogram have? What might explain that? Click the icon to view the histogram of shoe sizes. a) The distribution is roughly symmetric and bimodal. b) Choose the correct answer below.
a) The distribution is roughly symmetric and bimodal. b) The histogram has two modes, which may be due to the different shoe size scales used for men and women in the U.S. but not in Europe.
The histogram of European shoe sizes of 269 male and female college students converted from their reported US shoe sizes is not visible based on the information provided, but the questions are clear.
a) The shape of the distribution is not visible, but it is mentioned that it is "roughly symmetric and bimodal".
b) There are two modes in the histogram. This could be because shoe sizes in the United States are defined differently for men and women, but not in Europe. As a result, the histogram of the distribution of European shoe sizes for both men and women may show two distinct peaks.
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produce your answer Frombase four to base 10
Answer:
A. 54₁₀
B. 81₁₀
Step-by-step explanation:
To convert from base 4 to base 10, we simply do the following:
A. 312₄ to base 10
312₄ = (3×4²) + (1×4¹) + (2×4⁰)
312₄ = (3×16) + (1×4) + (2×1)
312₄ = 48 + 4 + 2
312₄ = 54₁₀
Therefore, 312₄ is equivalent to 54₁₀.
B. 1101₄ to base 10
1101₄ = (1×4³) + (1×4²) + (0×4¹) + (1×4⁰)
1101₄ = (1×64) + (1×16) + (0×4) + (1×1)
1101₄ = 64 + 16 + 0 + 1
1101₄ = 81₁₀
Therefore, 1101₄ is equivalent to 81₁₀.
What is a algebraic expression for 1,10,19
The algebraic expression for the given sequence 1, 10, 19 as required to be determined is; a (n) = 1 + ( n - 1 ) 9.
What is the algebraic expression for the given sequence?As evident in the task content; it follows that the common difference of the given sequence is constant since; 19 - 10 = 10 - 1 = 9.
On this note, since the nth term of arithmetic sequences take the form;
a (n) = a (1) + ( n - 1 )d
Since the first term is; 1 and the common difference is; 9; the resulting algebraic expression is;
a (n) = 1 + (n - 1)9.
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reate a recursive definition for the set of all positive integers that have a 2 as at least one of its digits
Thus, S recursively as follows:
Base case: 2 is in S.
Recursive step: If n is in S, then n2 and 2n are also in S.
A recursive definition for the set of all positive integers that have a 2 as at least one of its digits can be created as follows. Let S be the set of all positive integers that have a 2 as at least one of its digits.
Base case: The number 2 is in the set S.
Recursive step: For any n in S, we can obtain a new number in S by adding 2 as a digit to the left of n, or by appending 2 to the right of n. This means that any number in S can be obtained by starting with 2 and applying the recursive step a finite number of times.
Thus, we have defined S recursively as follows:
Base case: 2 is in S.
Recursive step: If n is in S, then n2 and 2n are also in S.
This recursive definition ensures that any positive integer that has a 2 as at least one of its digits can be generated by starting with 2 and applying the recursive step a finite number of times. It also ensures that every number generated in this way will have a 2 as at least one of its digits.
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Answer two questions about Equations A and B:
A. 5= -2(x - 1)
B. 5 = -22 + 2
1) How can we get Equation B from Equation A?
Choose 1 answer:
Answer:
part 2 is A: yes
Step-by-step explanation:
Option B is correct.
We have the two following equations -
A. 5 = -2(x - 1)
B. 5 = -2x + 2
We have to find out how can we get Equation B from Equation A?
State the distributive property.According to the distributive property -
a(y + z) = (a x y) + (a x z)
According to the question -
We have -
-5 = -2(x - 1)
Using the distributive property, we can rewrite the right hand side as follows -
-5 = -2(x - 1) = ( -2x ) + (2) = -2x + 2
Hence, option B is correct.
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please help if you can!
Given:
The figure of a triangle DEF.
To find:
The coordinate of image of given triangle after reflection over y-axis.
Solution:
The vertices of given triangle are D(1,4), E(4,3), F(2,0).
If a figure is reflected over the y-axis, then the rule of reflection is
\((x,y)\to (-x,y)\)
Using this rule, we get
\(D(1,4)\to D'(-1,4)\)
\(E(4,3)\to E'(-4,3)\)
\(F(2,0)\to F'(-2,0)\)
Therefore, the coordinates of image are D'(-1,4), E'(-4,3) and F'(-2,0).
6 3/5 - 1 2/3 = ?
find the answer to the Mix number problem.
Answer:
4 14/15
Step-by-step explanation:
I need help!!! PLEASE HELP ME
Answer: y=8
Step-by-step explanation:
A sphere had a 6-inch radius (r).
volume of the sphere?
A. 24 cubic inches B. 32 cubic inches
C. 216 cubic inches
D. 288 cubic inches
The volume of sphere in terms of is 288 cubic inches, if the sphere has a radius of 6 inches.
What is the volume of sphere?
In mathematics, the volume of the sphere defines the capacity of a sphere. It is measured in the cubic unit. Basically, it tells the amount of the air it can hold inside the sphere.
According to the question, the given data state that the sphere has a radius of 6 inches
Using standard formula for volume of sphere is,
Volume of the sphere = (4/3)πr³
where, r - radius of sphere and it is 6 inches
Therefore, volume of sphere = (4/3)π(6)³ = (4/3)π(216) = 288 Cubic inches
Hence, the volume of sphere in terms of is 288 cubic inches, if the sphere has a radius of 6 inches.
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PLEASE SOMEONE HELP A LOT OF POINTS!!
Answer:
-5 or -3
Step-by-step explanation:
correct me if im wrong
PLEASE GIVE ME BRAINLEST I WORK HARD
Answer:
-3
Plzzzzz give me Brainliest!!!!!
a cone has a base with a diameter of 60 cm. the height of the cone is 24 cm. what is the approximate volume of the cone? use 3.14 or pi.
Answer:
22619.47
Step-by-step explanation:
V=π\(r^{2}\)\(\frac{h}{3}\)
=π·30^2·24/3
≈22619.46711
identify whether the given pairs of events in a roulette game are mutually exclusive. Drag the items on the left to the correct location on the right.
mutually exclusive events
1 to 12 and red
not mutually exclusive
events
1 to 12 and 25 to 36
1 to 18 and odd
black and red
even and black
Answer:
Correct
not mutually exclusive events 1 to 12 and red
Correct
mutually exclusive events 1 to 12 and 25 to 36
Correct
not mutually exclusive events 1 to 18 and odd
Correct
mutually exclusive events black and red
Correct
not mutually exclusive events even and black
Step-by-step explanation:
Please help as soon as possible.
Answer:
C = 37.6991
Step-by-step explanation:
The equation for the circumference of a circle is given: C = π · d
where, d is the diameter of the circle.
Plug in the value of d = 12 and use the π button on the calculator.
C = π · 12
C = 37.6991
Determine the values of theta (measured in radians) that make the equation tan(theta) = 0 true when 0 lessthanorequalto theta lessthanorequalto 4 pi Enter exact values and separate multiple answers with a comma.
The values of theta that make the equation tan(theta) = 0 true when 0 <= theta <= 4 pi are 0, pi, 2 pi, and 3 pi.
To determine these values, we need to remember that the tangent function is defined as the ratio of the opposite side to the adjacent side in a right triangle. This means that when tan(theta) = 0, the opposite side must be equal to 0. This occurs when theta is equal to 0, pi, 2 pi, and 3 pi radians.
We can also use the fact that the tangent function has a period of pi radians. This means that the function repeats itself every pi radians. So, if tan(theta) = 0 at theta = 0, then it will also be equal to 0 at theta = 0 + pi, theta = 0 + 2 pi, and theta = 0 + 3 pi.
Therefore, the values of theta for tan(theta) = 0 true when 0 <= theta <= 4 pi are 0, pi, 2 pi, and 3 pi.
These values can be written as 0, pi, 2 pi, 3 pi and separated by a comma.
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Ricky takes 2 coins at random from 3 quarters, 5 dimes, and two nickels in his pocket.
1) What is the (P) nickel then a quarter, without 2) What is the (P) nickel then a dime, with
replacement?
replacement?
3) What is the (P) quarter then a dime, with
replacement?
4) What is the (P) nickel then a nickel, without
replacement?
Answer:
Step-by-step explanation:
To calculate the probability of drawing a nickel followed by a quarter without replacement, we need to determine the total number of possible outcomes and the number of favorable outcomes.
Total number of possible outcomes: Ricky chooses 2 coins from a total of 3 quarters, 5 dimes, and 2 nickels. This can be calculated using combinations, denoted as C(n, r), which represents the number of ways to choose r items from a set of n items. In this case, Ricky is choosing 2 coins from a set of 10 coins:
Total possible outcomes = C(10, 2) = 45
Number of favorable outcomes: Ricky needs to select a nickel first, which leaves 9 coins remaining. Out of these remaining coins, there is 1 quarter. Thus, the number of favorable outcomes is 1.
Favorable outcomes = 1
Probability (P) of drawing a nickel then a quarter without replacement:
P = Favorable outcomes / Total possible outcomes
P = 1 / 45
Therefore, the probability of selecting a nickel followed by a quarter without replacement is 1/45.
To calculate the probability of drawing a nickel then a dime with replacement, we assume that after each selection, the coin is replaced, and the total number of coins remains the same.
Probability (P) of drawing a nickel then a dime with replacement:
P(nickel then dime) = (Number of nickels / Total number of coins) * (Number of dimes / Total number of coins)
P(nickel then dime) = (2/10) * (5/10)
P(nickel then dime) = 1/10
Therefore, the probability of selecting a nickel followed by a dime with replacement is 1/10.
To calculate the probability of drawing a quarter then a dime with replacement:
Probability (P) of drawing a quarter then a dime with replacement:
P(quarter then dime) = (Number of quarters / Total number of coins) * (Number of dimes / Total number of coins)
P(quarter then dime) = (3/10) * (5/10)
P(quarter then dime) = 3/20
Therefore, the probability of selecting a quarter followed by a dime with replacement is 3/20.
To calculate the probability of drawing a nickel then another nickel without replacement, we need to consider that the second draw must be a nickel and that the first nickel is not replaced.
Total number of possible outcomes: Ricky chooses 2 coins from a total of 3 quarters, 5 dimes, and 2 nickels:
Total possible outcomes = C(10, 2) = 45
Number of favorable outcomes: Ricky needs to select a nickel first, which leaves 9 coins remaining. Out of these remaining coins, there is only 1 nickel left.
Favorable outcomes = 1
Probability (P) of drawing a nickel then another nickel without replacement:
P = Favorable outcomes / Total possible outcomes
P = 1 / 45
Therefore, the probability of selecting a nickel followed by another nickel without replacement is 1/45.
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2. Find the sum of the first 20 positive squares.