To determine the amplitude we need to see where is the middle line of the function, the middle line passes through the middle value of the y components of the maximum and minimum. Then the middle line passes through;
\(\frac{1.25+6.75}{2}=4\)Now, the amplitude is the vertical distance between the maximum and the middle value, then in this case we have:
\(6.75-4=2.75\)Therefore the amplitude is 2.75
Help? Question is above. 12 points
Answer:
Step-by-step explanation:
Q5) 4/9 is 0.4 recurring not just “0.4”
Q6) 6 and 7
Q7) 5.385
Helpp plzz will mark brainleast
The endpoints of WX are W(-5,-1) and X(2,6).
What is the length of WX?
A. 7
B. 14
C. 4√2
D. 7/2
Which terms in the expression shown in the image are alike
Answer:
Step-by-step explanation:
6x and 5x are alike since the degree of x in each term is 1
4h and -11h are alike since the degree of variable h is 1 in both terms
The joint distribution for the length of life of two different types of components operating in a system was given in Exercise 5.18 by f(y_1, y_2) = {(1/8)y_1 e^-(y_1 + y_2)/2, y_1 > 0, y_2 > 0, 0, elsewhere. The relative efficiency of the two types of components is measured by U = Y_2/Y_1. Find the probability density function for U.
The probability density function for U is: f_U(u) = (4/(1+u)^3) * e^-(1+u)/2, u > 0
The joint distribution for the length of life of two different types of components operating in a system is given by f(y_1, y_2) = {(1/8)y_1 e^-(y_1 + y_2)/2, y_1 > 0, y_2 > 0, 0, elsewhere. We are asked to find the probability density function for U = Y_2/Y_1.
To find the probability density function for U, we first need to find the joint distribution of U and Y_1. We can do this by using the change of variables formula:
f_U,Y_1(u, y_1) = f_Y_1,Y_2(y_1, uy_1) * |J|
where J is the Jacobian determinant of the transformation.
The Jacobian determinant is given by:
J = |∂(y_1, uy_1)/∂(u, y_1)| = |y_1|
So, the joint distribution of U and Y_1 is:
f_U,Y_1(u, y_1) = (1/8)y_1 e^-(y_1 + uy_1)/2 * |y_1| = (1/8)y_1^2 e^-(1+u)y_1/2
Next, we need to find the marginal distribution of U by integrating out Y_1:
f_U(u) = ∫f_U,Y_1(u, y_1) dy_1 = (1/8)∫y_1^2 e^-(1+u)y_1/2 dy_1
This integral can be solved using integration by parts. The final result is:
f_U(u) = (4/(1+u)^3) * e^-(1+u)/2
So, the probability density function for U is:
f_U(u) = (4/(1+u)^3) * e^-(1+u)/2, u > 0
This is the final answer.
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I need help is this complementary supplementary or nither
Answer:
The answer is supplementary angles.
Step-by-step explanation:
Identify the angle pair as complementary or supplementary.
If one angle is 60 degrees and the other angle is 120 degrees.
First, add the two angles together to find the sum.
60 + 120 = 180
Then, identify which angle pair adds up to 180 degrees.
Supplementary angles
May I please have brainliest
Una bolsa de palomitas contiene 438 calorias y sirve a 3.5 personas cuantas calorias hay en cada porcion?
The number of calories in each serving is 125.14 calories.
How to calculate the number of calories?The bad of popcorn has 438 calories. Also, it was stated that it can serve 3.5 people.
The number of calories for each serving will be the division of the calories given.
This will be:
Number of calories = Total calories / Number of people
= 438 / 3.5
= 125.14 calories
Each serving has 125.14 calories.
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Find the mean, median, and mode for 0, 4, 6, 11, 9, 8, 9, 1, 5, 9, 7.
Round to the nearest tenth if needed.
answer
for the median its 7
for the mean its 6.
the mode is 9
Step-by-step explanation:
The mode is the value that appears most frequently in a data set.
Median:The number in the MIDDLE when they are IN ORDER!
Mean- The AVERAGE OF ALL NUMBERS: You add up all the numbers then you divide it by the TOTAL NUMBER of NUMBERS!
Do not round any intermediate computations, and round your answers to the nearest cent.
Given that the rate of interest = r = 5%, time = t = 3 years,
and amount to be made = A = $3000.
And we need to find the principal amount (P).
Then, the formula is
\(A=P(1+\frac{r}{100})^t\)Substituting the values we have
\(\begin{gathered} 3000=P(1+\frac{5}{100})^3 \\ 3000=P(1+\frac{1}{20})^3 \\ 3000=P(\frac{21}{20})^3 \\ 3000=P\times\frac{21}{20}\times\frac{21}{20}\times\frac{21}{20} \\ P=\frac{3000\times20\times20\times20}{21\times21\times21}=2591.51 \end{gathered}\)Hence, the money to be invested will be $2591.51
need someone’s help with this please!!!
Answer:
Option 3
Step-by-step explanation:
Since lines a and b are intersecting, x+5=2x-5. Because they are vertical angles.
x+5=2x-5
2x-x=5+5
x=10
Convert the following number to Mayan notation. Show your calculations used to get your answers.
135 in Mayan notation is represented by one dot over four bars, followed by one dot over three bars, and then one dot over five dots.
To convert 135 to Mayan notation, we repeatedly divide by 20 and use the remainders to determine the number of dots and bars in each position. First, we divide 135 by 20 to get a quotient of 6 with a remainder of 15. The remainder of 15 corresponds to 1 dot over 5 dots and 2 bars (10 + 5).
Next, we divide 6 by 20 to get a quotient of 0 with a remainder of 6. The remainder of 6 corresponds to 1 dot over 3 bars (15). Finally, we have a quotient of 0 with a remainder of 6, which corresponds to 1 dot over 4 bars (20).
Putting these together, we get the Mayan representation of 135 as one dot over four bars, followed by one dot over three bars, and then one dot over five dots.
Complete question:
Convert the following numbers to Mayan notation. Show your calculations used to get your answers. 135?
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How many y-intercepts can the graph of an absolute value function have? Select all that apply.
A.0
B.1
C.2
D.3
Answer: b
Because I learned this beforeStep-by-step explanation:
What is the answer please help no links I will report
Answer choices
Five days
Four days
Six days
8. Which statement is an example of a transitive relationship?
O
If all b and b ll c, then a ll c.
If m 1n and m 1 p, then m ll p.
If x = 2y and 2y = 8, then x = 4.
If I m and m ll n, then I n.
O
Answer:
Transitive
If x = 2y and 2y = 8, then x = 4.
What is the product of −17 • −5 • −12?
Answer:
-1020
Step-by-step explanation:
-17 x - 5 x - 12 =
- 17 x 60 =
- 1020
I need the answers plsss. I will mark brainiest.
Answer:
number 1 is true
Step-by-step explanation:
Discuss: a. The role of the expansion of 1/(1 - t) in powers of t in the explanation of the Basic Convergence Principle. b. The role of the Basic Convergence Principle in the explanation of the ratio test.
Answer:
See convergence analysis below
Step-by-step explanation:
For the expansion of 1/(1-t) in powers of t, we can recall that an infinite Geometric series with first term "1" and common ratio "t", in the case that the absolute value of "t" is smaller than 1, can be represented by:
\(\Sigma\limits^\infty_0\, t^n=\frac{1}{1-t} \\\)
The condition for such, is that the absolute value of "t" is smaller than "1", which gives us the radius of convergence for this series "1" and the interval of convergence: - 1 < t < 1
Recall as well that using the geometric sequence \(1 + t + t^2 + t^3 +...\)
The ratio test becomes \(\frac{a_{n+1}}{a_n} = t\)
which is the SAME as the common ratio for the geometric sequence, and which in order to converge to the value \(\frac{1}{1-t}\) requires that the absolute valu of the common ration be smaller than "1" rendering the same radius of convergence as discussed above.
15 people working 5 hourse per day can make 30 units of a product in 10 days. Assuming all other factors remaining constant and people of same efficiency are used to make the same products, in how many days can 10 people make 10 units of the product if each of them works 10 hours per day?
- 2.5 days
- 7.5 days
- 12 days
- 26 days
Answer:
2.5 days
Step-by-step explanation:
To solve this problem, we can use the concept of work rate. The work rate is defined as the amount of work done per unit of time.
Given:
15 people working 5 hours per day can make 30 units of the product in 10 days.
From this information, we can calculate the work rate of these 15 people:
Work rate = Total units of the product / (Number of people × Number of hours × Number of days)
Work rate = 30 units / (15 people × 5 hours × 10 days)
Work rate = 0.04 units per person per hour
Now, we need to find how many days it will take for 10 people, working 10 hours per day, to make 10 units of the product.
Using the work rate formula:
Number of days = Total units of the product / (Number of people × Number of hours × Work rate)
Number of days = 10 units / (10 people × 10 hours × 0.04 units per person per hour)
Number of days = 2.5 days
Therefore, 10 people, working 10 hours per day, can make 10 units of the product in 2.5 days.
The correct answer is:
2.5 days
Consider the following figure:
Answer:
angle <B = 76
Step-by-step explanation:
The measure of an exterior angle is equal to sum of two interior angles that is not adjacent to the exterior angle.
We can write the following equation with this information to find the value of angle <B
<B + 71 = 147 subtract 71 from both sides
<B = 76
Help me out please m< C=? image attached!
Answer:
\(\huge\boxed{\sf \angle C = 52\°}\)
Step-by-step explanation:
The given figure is a parallelogram because:
opposite sides are parallel to each other.In a parallelogram:The measure of adjacent angles equals 180 degrees.So,
128° + ∠C = 180°
Subtract 128 from both sides∠C = 180° - 128°
∠C = 52°\(\rule[225]{225}{2}\)
Pls provide work to go along with the answer.
Answer:
47 degree
Step-by-step explanation:
23x - 5 + 37x +5 = 360
x = 6
The measure of the arc = 5x + 17 = 5 *6 +17 = 47 degree
The number of bacteria in a certain food is a function of the food’s temperature. The number is N1(T) at a temperature T degrees Celsius, described by the equation N1(T) = 10T² + 45T + 400. Similarly, the number of bacteria in another food is given by the function, N2(T) = 5T² – 25T + 250. Determine an equation that describes the number of bacteria in both the foods when they are mixed.
In this case, we'll have to carry out several steps to find the solution.
Step 01:
data:
N1(T) = 10T² + 45T + 400
N2(T) = 5T² – 25T + 250
Step 02:
functions:
N(T) = N1(T) + N2(T)
N(T) = (10T² + 45T + 400) + (5T² – 25T + 250) = 15T² + 20T + 650
The answer is:
N(T) = 15T² + 20T + 650
In baseball, two statistics, the ERA (Earned Run Average) and the WHIP (Walks and Hits per Inning Pitched), are used to measure the quality of pitchers. For both measures, smaller values indicate higher quality. The following computer output gives the results from predicting ERA by using WHIP in a least-squares regression for the 2017 baseball season.
Answer:A
Step-by-step explanation:
The best interpretation of the value of 6.8 is shown in the output, ERA is predicted to increase by 6.8 units.
What are statistics?Statistics is the study of the discipline that concerns the organization, collection, analysis, and presentation of data.
In baseball, two statistics, the ERA (Earned Run Average) and the WHIP (Walks and Hits per Inning Pitched), are used to measure the quality of pitchers.
For both measures, smaller values indicate higher quality.
Variable DF Estimate SE T
Intercept 1 −5.0 0.26 −19.3
WHIP 1 6.8 0.14 47.4
ERA is predicted to increase by 6.8 units for each 1 unit increase of WHIP.
Thus, the best interpretation of the value of 6.8 is shown in the output, ERA is predicted to increase by 6.8 units.
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I need it done very quick pls help
Is there a difference between shapes when plotting Uniform acceleration towards (+)directtion,Uniform acceleration towards (-)direction, Uniform deceleration towards (+) direction and Uniform deceleration towards (-) direction in displacement time graph
Yes, there is a difference in the shapes of the displacement-time graphs for uniform acceleration towards the positive direction, uniform acceleration towards the negative direction, uniform deceleration towards the positive direction, and uniform deceleration towards the negative direction.
Uniform acceleration towards the positive direction:
In this case, the object's velocity increases in the positive direction over time. The displacement-time graph will have a concave-upward shape, forming a curve that starts with a small slope and gradually becomes steeper as time progresses.
Uniform acceleration towards the negative direction:
Here, the object's velocity increases in the negative direction, meaning it accelerates in the opposite direction to its positive direction.
The displacement-time graph will have a concave-downward shape, forming a curve that starts with a steep slope and gradually becomes less steep as time progresses.
Uniform deceleration towards the positive direction:
In this scenario, the object's velocity decreases in the positive direction, but it still moves towards the positive direction.
The displacement-time graph will show a curve with a decreasing slope, forming a concave-downward shape, indicating that the object is slowing down.
Uniform deceleration towards the negative direction:
Here, the object's velocity decreases in the negative direction, opposing its initial direction.
The displacement-time graph will have a curve with a decreasing slope, forming a concave-upward shape, indicating that the object is slowing down but still moving in the negative direction.
In summary, the shapes of the displacement-time graphs differ based on the direction and type of acceleration (positive or negative) and whether the object is undergoing uniform acceleration or uniform deceleration. These differences can be observed through the concavity and slope of the graphs.
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Please look at the photo. Thank you.
a) A function that gives the area of the playground (in square meters) in terms of x is A(x) = 60x - x².
b) The side length that gives the maximum area that the playground can have is x = 30 m.
c) The maximum area that the playground can have is 900 m².
How to calculate the perimeter of a rectangle?In Mathematics and Geometry, the perimeter of a rectangle can be calculated by using this mathematical equation (formula);
P = 2(L + W)
Where:
P represent the perimeter of a rectangle.W represent the width of a rectangle.L represent the length of a rectangle.By substituting the given side lengths, we have:
120 = 2(x + W)
60 = x + W
W = 60 - x
Therefore, the area of the rectangular playground (in terms of x) is given by this function;
A = LW
A(x) = x(60 - x)
A(x) = 60x - x²
Part b.
For the side length, we would take the first derivative of the area:
A(x) = 60x - x²
A'(x) = dA/dx
A'(x) = 60 - 2x
60 - 2x = 0
x = 60/2
x = 30 m
Part c.
W = 60 - x
W = 60 - 30
W = 30 m.
Therefore, the maximum area is given by;
A = 30 × 30
A = 900 m².
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The height of Jeffrey’s egg above the ground can be found using the function y=-2x+80, where x is the time in seconds that the egg has been in the air.
We need the time in seconds when the egg reaches ground
So
\(\\ \tt\bull\rightarrowtail y=0\)
\(\\ \tt\bull\rightarrowtail -2x+80=0\)
\(\\ \tt\bull\rightarrowtail -2x=-80\)
\(\\ \tt\bull\rightarrowtail x=40s\)
subtract the mixed numbers. Make sure to simplify the difference.
3 1/3 - 1 5/6 =
Answer:
1 1/2
Step-by-step explanation:
3 1/3 = 10/3 = 20/6
1 5/6 = 11/6
20/6 - 11/6 = 9/6 = 1 1/2
Answer:
1 1/2
Step-by-step explanation:
A red purse contains $7, and a black purse contains $10. Each package contains X red purses and Y black purses. If there are N packages (N ≥ 2) and the total value of them is $2021 and if each of X, Y, and N are positive integers, what is X+Y+N?
If each of X, Y, and N are positive integers, then the value of X+Y+N is 212.1
What are system of inequalities?A collection of inequalities for which we consider common solution for all inequalities is called a system of inequalities.
WE are given that A red purse contains $7, and a black purse contains $10. Each package contains X red purses and Y black purses.
X = 7
Y = 10
If there are N packages (N ≥ 2) and the total value of them is $2021
X + Y = One packages
N packages = N(X + Y ) = 10 N
if each of X, Y, and N are positive integers, then;
10 N = 2021
N = 2021/10
N = 202.1
Therefore, X+Y+N = 10 + 202.1 = 212.1
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sin¹(x)-cos¹ (x)/sin²(x)-cos² (x) =1