If a = x and b = 3i, then find the value of ab^3 in fully simplified form.
Answer:
27i^3x
Step-by-step explanation:
a = x b = 3i
ab^3 = x * 3i^3 = x * 27i^3 = 27i^3x
I hope this is correct and please mark me as brainliest if it is!
Which is the longer unit measure? 7dm 7mm
Answer:
Hi
Step-by-step explanation:
Answer:
7dm is longer than 7mm
Step-by-step explanation:
AM GIVIG BRAINLIEST look below find the area of each figre
you must write the formula under each shape/figure
Answer:
1 rectangle
Step-by-step explanation
Area= lxb
So 7.7 x 11 = 84.7
3 trapezoid
Area =(a+b/2)
Base a=13
Base b = 6
Height = 5
By 2
Answer= 47.5
4 Right angled triangle
Ab/2
Axb
Multiply each legs of the right angle triangle
So 3 1by4 x 4
By 2
Answer: See explanation
Step-by-step explanation:
1. That's a rectangle, the area of a rectangle is l (length) × w (width)
l = 11 cm
w = 7.7 cm
11 × 7.7 = 84.7
Area = 84.7 cm²
2. That is a triangle, the area of a triangle is 1/2 × b (base) × h (height)
b = 12 ft
h = 4ft
1/2 × 12 × 4 = 1/2 × 48 = 24
Area = 24 cm²
3. That is a trapezoid, the area of a trapezoid is \(\frac{a (base) + b(base)}{2} h(height)\)
a = 6 cm
b = 13 cm
h = 5cm
((6 + 13) ÷ 2) x 5
(19 ÷ 2) x 5 = 9.5 × 5 = 47.5
Area = 47.5 cm²
4. Same formula: 1/2 × b × h
b = 3 1/4 in
h = 4 in
1/2 × 3 1/4 × 4 = 1/2 × 13/4 × 4
1/2 × 13 = 6.5
Area = 6.5 in²
Hope I helped!
Adding a derivational suffix to a word often changes the part of speech. true or false
Adding a derivational suffix to a word often changes the part of speech is true.
What is derivational suffix ?
A derivational suffix is a type of affix that is added to the end of a base word to create a new word with a different meaning, often a different part of speech.
For example, adding the derivational suffix "-ness" to the base word "kind" creates the new word "kindness," which is a noun that refers to the quality or state of being kind. Similarly, adding the derivational suffix "-able" to the base word "value" creates the new word "valuable," which is an adjective that describes something that is worth a lot.
Derivational suffixes can change the meaning and function of a word, and they are often used to create new words in English. Some common derivational suffixes include "-er," "-able," "-ness," "-ful," "-ish," and "-ize."
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Complete question is: Adding a derivational suffix to a word often changes the part of speech is true.
Find the value of sin T rounded to the nearest hundredth, if necessary.
Answer:
Step-by-step explanation:
Solve for x and show work.
Answer:
17x+4=123(alternate angle)
17x=123-4
17x=119
x=7
American General offers a 9-year annuity with a guaranteed rate of 6.28% compounded annually. How much should you pay for one of these annuities if you want to receive payments of $1500 annually over the 9 year period? How much should a customer pay for this annuity? (Round to the nearest cent)
You should pay approximately $10,117.09 initially to secure the annuity and receive annual payments of $1500 over the 9-year period.
To find the cost of the annuity, we need to calculate the present value of the future payments. The present value represents the current worth of future cash flows, taking into account the interest earned or charged over time. In this case, we'll calculate the present value of the $1500 payments using compound interest.
The formula to calculate the present value of an annuity is:
PV = PMT × [1 - (1 + r)⁻ⁿ] / r
Where:
PV is the present value of the annuity (the amount you should pay initially)
PMT is the payment amount received annually ($1500 in this case)
r is the interest rate per period (6.28% or 0.0628)
n is the total number of periods (9 years)
Let's substitute the values into the formula:
PV = $1500 × [1 - (1 + 0.0628)⁻⁹] / 0.0628
Calculating this expression:
PV = $1500 × [1 - 1.0628⁻⁹] / 0.0628
PV = $1500 × [1 - 0.575255] / 0.0628
PV = $1500 × 0.424745 / 0.0628
PV ≈ $10117.09
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Josiah is asked to simplify the expression (2)/(3)+(1)/(2)(8+3(1)/(4)). Josiah incorrectly claims that the expression simplifies to 13(1)/(8). a. What is the correct value of the expression? b. What error did Josiah likely make?
a. To solve for the correct value of the expression : (2)/(3) + (1)/(2)(8 + 3(1)/(4)) `=` 2/3 + 1/2(8 + 3/4) `=` 2/3 + 1/2(33/4) `=` 2/3 + 33/8 To add these fractions, we need to find the lowest common denominator which is 24.2/3 * 8/8 = 16/24 ; 33/8 * 3/3 = 99/24
So, 16/24 + 99/24 = 115/24 Therefore, the correct value of the expression is 115/24.
b. Josiah likely made the error of forgetting to convert the mixed number (1)/(4) to an improper fraction before multiplying 3 by it. Instead, he may have multiplied 3 by the whole number 1.
This would result in the incorrect value of 13(1)/(8).
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How will the points of a figure move when the translation vector ⟨5, −6⟩is applied?
Answer:
Step-by-step explanation:
Wee
Use this Distant vs time graph to answer the questions:
1. What measurement is represented on the x-axis and what unit is it measured in?
2. What measurement is represented on the y-axis and what unit is it measured in?
3. Hours 0-4 (Section A) the person is traveling away from their starting location. How far do they travel in those 4 hours? Remember to include units.
4. What is their rate of change (speed) in Section A? Remember to include units.
5. What is happening in Section B (Hours 4-6)?
6. What is the rate of change (speed) in Section B? Remember to include units
7. How far did this person travel in Section C (Hours 6-7)? Remember to include units.
8. What is their rate of change (speed) in Section D (Hours 7-10)? Remember to include units.
9. During which section was the person moving at the highest speed? What was their speed? Defend your answer.
10. During which section did the person travel the farthest? How far did they travel?
11. BONUS: Write a short (paragraph) scenario that tells the story about where the data on the graph came from. You can be as creative as you want!
Using the piecewise function graphed in this problem, we have that:
1. The x-axis represents the time in hours.
2. The y-axis represents the distance in miles.
3. The person traveled 30 miles in those 4 hours.
4. The person traveled at a rate of 7.5 miles per hour in Section A.
5. In section B, the person remained stopped 30 miles from her starting point for 2 hours.
6. The velocity for Section B was of 0 miles per hour.
7. The person traveled 30 miles in Section C.
8. 8. The speed in Section D was of 20 miles per hour.
9. The person was moving at the highest speed in Section C, at a rate of 30 miles per hour.
10. The farthest distance traveled was of 60 miles in Section D.
11. A person had an appointment 30 miles away from their home, and due to slow traffic had to leave early. Then the appointment lasted 2 hours, then the person went to another place 30 miles away to do something then came back home.
What is a piecewise-defined function?A piecewise-defined function is a function that has different definitions, depending on the input of the function.
From the graph, the function has four different definitions, in intervals, A, B, C and D.
From the axis of the graph, we have that:
1. The x-axis represents the time in hours.
2. The y-axis represents the distance in miles.
Considering that the graph has points (0,0) and (4,30), we have that:
3. The person traveled 30 miles in those 4 hours.
The velocity is given by distance divided by time, hence:
30/4 = 7.5.
4. The person traveled at a rate of 7.5 miles per hour in Section A.
In Section B, the person remains at the same position, hence:
5. In section B, the person remained stopped 30 miles from her starting point for 2 hours.
The distance was of 0, hence:
6. The velocity for Section B was of 0 miles per hour.
In Section C, from the y-axis of the graph, the distance traveled was:
60 - 30 = 30 miles.
7. The person traveled 30 miles in Section C.
For Section D, the person traveled 60 miles in 10 - 7 = 3 hours, hence:
60/3 = 20.
8. The speed in Section D was of 20 miles per hour.
10. The farthest distance traveled was of 60 miles in Section D.
In Section C, the person traveled 30 miles in one hour = 30 miles per hour, hence:
9. The person was moving at the highest speed in Section C, at a rate of 30 miles per hour.
For item 11, a situation that can be modeled is:
A person had an appointment 30 miles away from their home, and due to slow traffic had to leave early. Then the appointment lasted 2 hours, then the person went to another place 30 miles away to do something then came back home.
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Using the function f(x) = -5x + 2 find f(-3)
Answer:
substitute the -3 in the equation.
f(x)=-3
f(x)= -5(-3)+2
f(x)= +15 +2
f(x)= 17
Answer:
f(-3) = 17
Step-by-step explanation:
f(x) = -5(x) + 2
we want to find f(-3)
to do so, we simply substitute -3 for x
f(-3) = -5(-3) + 2
multiply -5 and -3
f(-3) = 15 + 2
add 15 and 2
f(-3) = 17
The term-to-term rule for a sequence is "subtract k " the 1st term of the sequence is 40 the 4th term of the sequence is 35.5
a. Find the 2nd and 3rd terms of the sequence.
The 2nd and 3rd terms of the sequence will be 38.5 and 37, respectively.
What is an arithmetic sequence?A series of integers called an arithmetic succession or arithmetic chain of events has a fixed difference between the terms.
Let a₁ be the first term and d be a common difference.
Then the nth term of the arithmetic sequence is given as,
aₙ = a₁ + (n - 1)d
The first term is 40 and the fourth term is 35.5. Then the common difference is given as,
35.5 = 40 + (4 - 1)d
- 4.5 = 3d
d = - 1.5
Then the second term is given as,
a₂ = a₁ + d
a₂ = 40 - 1.5
a₂ = 38.5
Then the third term is given as,
a₃ = a₂ + d
a₃ = 38.5 - 1.5
a₃ = 37
The 2nd and 3rd terms of the sequence will be 38.5 and 37, respectively.
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The sum of 4 consecutive odd integers is equal to zero. Write an equation to model the sentence.
Answer: X + (X + 2) + (X + 4) + (X + 6) = 0
Step-by-step explanation:
We were already given the sum of four consecutive integers. Consecutive means coming after another. Let's first define our first consecutive odd number as X. Since it says consecutive odd integers, there is a difference of 2 between two odd numbers. We keep on adding 2 to the value of X, since they asked for four consecutive odd integers, so we get the 4 values of X, (X+2), (X+4), and (X+6). Once we put this in an equation, we get X + (X + 2) + (X + 4) + (X + 6) = 0.
The equation that models the sentence is : x + (x + 2) + (x + 4) + + (x + 6) = 0.
An odd number is a number that cannot be divided into half without any remainders. Examples of odd numbers are 1,3, 7, 11.
For example when 11 is divided in half, its value is 5.5
Consecutive odd numbers are odd numbers that follow each other. Examples are 1, 3, 5.
Consecutive odd numbers increase by 2
In order to model the sentence, let x represent the first odd number
Second odd number = x + 2
Third odd number = x + 4
Fourth odd number = x + 6
The equation is: x + (x + 2) + (x + 4) + + (x + 6) = 0
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Pls help!!! Pls and thank you!! So much
Answer:
I solved it for u!
Hope it helps
Step-by-step explanation:
Another way, it an isosceles triangle so the base will be same, so angle 3 and angle 1 will be same after u find angle 3, then angle 1 will be equal to it
So here angle 3 = 64°
So angle 1= 64°
Evaluate the expression when
a= -2; b= -1; c= -3
a - bc?
(Answer/Solve)
Answer:
the answer that i found out was -5
Step-by-step explanation:
a - bc
= -2 - [ -1×(-3) ]
= -2 - 3
= -5
the different geometries that a molecule can attain by bond rotations and bends are called conformations. True/False ?
TRUE: A molecule can adopt a variety of geometries known as conformations by the rotation and bending of its bonds.
Conformational isomerism, often known as stereoisomerism, is a type of stereoisomerism in chemistry in which the isomers can be changed to one another simply by rotations about formally single bonds. Different conformations refer to any two arrangements of atoms in a molecule that differ by rotation about a single bond, whereas conformations that correspond to local minima on the potential energy surface are more specifically known as conformational isomers or conformers.
As a result, conformational isomers differ from other classes of stereoisomers (such as configurational isomers), where interconversion entails the necessary breaking and reformation of chemical bonds.
Thus, the statement, The different geometries that a molecule can attain by bond rotations and bends are called conformations is TRUE
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Choose the system of equations which matches the following graph.
A. 3x-6y=12
9x-18y=36
B. 3x+6y=12
9x+18y=36
The system of equations that matches the given graph is:
A. 3x - 6y = 12
9x - 18y = 36
To determine which system of equations matches a given graph, we need to analyze the slope and intercepts of the lines in the graph.
Looking at the options provided:
A. 3x - 6y = 12
9x - 18y = 36
B. 3x + 6y = 12
9x + 18y = 36
Let's analyze the equations in each option:
For option A:
The first equation, 3x - 6y = 12, can be rearranged to slope-intercept form: y = (1/2)x - 2.
The second equation, 9x - 18y = 36, can be simplified to 3x - 6y = 12, which is the same as the first equation.
In option A, both equations represent the same line, as they are equivalent. Therefore, option A does not match the given graph.
For option B:
The first equation, 3x + 6y = 12, can be rearranged to slope-intercept form: y = (-1/2)x + 2.
The second equation, 9x + 18y = 36, can be simplified to 3x + 6y = 12, which is the same as the first equation.
In option B, both equations also represent the same line, as they are equivalent. Therefore, option B does not match the given graph.
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On Venus, a cylindrical container that is 12 hhigh with a diameter of 4ft is 65% filed with an unknown liquid that has a weight of 160 bf. The fluid in the cylinder is under one atmosphere of pressure whiee in storage. Please give the followin answers. Do not put units in the answer entry box. Pay attontion to the units requested for each answer. Container Volume =
The volume of the cylindrical container on Venus can be calculated based on the given information.
To find the volume of the cylindrical container, we can use the formula for the volume of a cylinder: V = πr^2h, where V represents volume, r is the radius of the base, and h is the height of the cylinder. In this case, the diameter of the container is given as 4 feet, which means the radius (r) is half of that, or 2 feet. The height (h) of the container is given as 12 feet.
Using these values, we can calculate the volume as follows: V = π(2^2)(12) = 48π cubic feet.
However, we need to consider that the container is filled with an unknown liquid, and its weight is given as 160 pounds. The weight of the liquid is directly proportional to its volume, assuming the density remains constant. Since the fluid is 65% filled, we can calculate the total volume of the fluid by dividing the weight by the density and then multiplying by the percentage filled. However, without knowing the density of the liquid, we cannot determine the volume accurately. Therefore, the answer for the container volume is 48π cubic feet, assuming the density of the liquid remains constant throughout.
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Patrick won a sweepstakes and will receive money each week for 52 weeks. The first week he will receive $10. Every week after that he will receive 10% more than he got the previous week. How much money did he receive over the 52 weeks?
Patrick received a total of approximately $6,785.97 over the course of 52 weeks.
To calculate the total amount of money Patrick received over the 52 weeks, we can use the concept of a geometric sequence. The first term of the sequence is $10, and each subsequent term is 10% more than the previous term.
To find the sum of a geometric sequence, we can use the formula:
Sn = a * (r^n - 1) / (r - 1),
where Sn is the sum of the first n terms, a is the first term, r is the common ratio, and n is the number of terms.
In this case, a = $10, r = 1 + 10% = 1.1 (common ratio), and n = 52 (number of weeks).
Plugging these values into the formula, we can calculate the sum of the sequence:
S52 = 10 * (1.1^52 - 1) / (1.1 - 1)
After evaluating this expression, we find that Patrick received approximately $6,785.97 over the 52 weeks.
As a result, Patrick collected about $6,785.97 in total over the course of 52 weeks.
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PLEASE HELP HURRY!!!!!!!!!
What is the length of PC¯¯¯¯¯?
Enter your answer as a decimal in the box. Round your final answer to the nearest hundredth.
____ cm
Description of drawing:
Circle A with a tangent and a secant. Point B at 11 o clock, point C at 12 o clock, and point D at 7 o clock are on the circle. Point P is at 11 o clock outside of the circle. Tangent P C and secant B D intersect at point P. Segment P B is labeled as 4 centimeters. Segment B D is labeled as 52 centimeters.
Answer:
PC = 14.42 cm
Step-by-step explanation:
If a tangent and secant are drawn from a point outside a circle, then the product of the lengths of the segments of the secant is equal to the square of the length of the tangent.
PC² = PB × BD
PC² = 4 × 52
PC² = 208
PC = \(\sqrt{208}\)
PC = 14.42 cm
The length of PC=14.42 cm.
when a tangent and secant are drawn from a point outside a circle, then the multiplication of the lengths of the segments of the secant is equal to the square of the length of the tangent.
What is the relation between the tangent and secant line?
PC² = PB × BD
Use the given value in above formula we get,
PC² = 4 × 52
PC² = 208
\(PC = \sqrt{208}\)
Therefore we get the value of PC is,PC = 14.42 cm.
Therefor the length of PC=14.42 cm.
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You need to construct a rectangular box with a volume of a volume of 420 cm3 whose base length is three times the base width. The material used to build the top and bottom costs $0.04 per square cm and the material used to build the sides costs $0.83 per square cm. The cost of the least expensive box is ________________.
The cost of the least expensive box, with a volume of 420 cm3 and a base length three times the base width, is $300.
Let x be the width of the base. Then the length of the base is 3x. The height of the box is \(420/(3x^2) = 42/x^2.\)
The cost of the top and bottom is \(2(0.04)(42/x^2) = 8.4/x^2.\)
The cost of the sides is \(2(3x)(42/x^2) = 252/x.\)
The total cost is\(8.4/x^2 + 252/x.\)
To minimize the cost, we need to minimize \(8.4/x^2 + 252/x.\)
We can factor the expression as follows:
\(8.4/x^2 + 252/x = (8.4 + 252x)/(x^2)\)
We can see that the expression is minimized when x is as large as possible. The largest possible value of x is 6, because if x is greater than 6, then the volume of the box will be greater than 420 cm3.
When x = 6, the cost of the box is \((8.4 + 252*6)/(6^2) = 300\).
Therefore, the least expensive box costs $300.
Here is a table of the cost of the box for different values of x:
x | Cost
1 | 606
2 | 450
3 | 360
4 | 300
5 | 264
6 | 252
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A chess player ran a simulation twice to estimate the proportion of wins to expect using a new game strategy. Each time, the simulation ran a trial of 1,000 games. The first simulation returned 212 wins, and the second simulation returned 235 wins. Construct and interpret 95% confidence intervals for the outcomes of each simulation.
A. The confidence interval from the first simulation is (0.187, 0.237), and the confidence interval from the second simulation is (0.209, 0.261). For the first trial, we are 95% confident the true proportion of wins with the new game strategy is between 0.187 and 0.237. For the second trial, we are 95% confident the true proportion of wins with the new game strategy is between 0.209 and 0.261.
B. The confidence interval from the first simulation is (0.187, 0.237), and the confidence interval from the second simulation is (0.209, 0.261). For the first trial, we are 90% confident the true proportion of wins with the new game strategy is between 0.187 and 0.237. For the second trial, we are 90% confident the true proportion of wins with the new game strategy is between 0.209 and 0.261.
C. The confidence interval from the first simulation is (0.191, 0.233), and the confidence interval from the second simulation is (0.213, 0.257). For the first trial, we are 95% confident the true proportion of wins with the new game strategy is between 0.191 and 0.233. For the second trial, we are 95% confident the true proportion of wins with the new game strategy is between 0.213 and 0.257.
D. The confidence interval from the first simulation is (0.191, 0.233), and the confidence interval from the second simulation is (0.213, 0.257). For the first trial, we are 90% confident the true proportion of wins with the new game strategy is between 0.191 and 0.233. For the second trial, we are 90% confident the true proportion of wins with the new game strategy is between 0.213 and 0.257.
The correct option regarding the 95% confidence interval for this problem is given as follows:
A. The confidence interval from the first simulation is (0.187, 0.237), and the confidence interval from the second simulation is (0.209, 0.261). For the first trial, we are 95% confident the true proportion of wins with the new game strategy is between 0.187 and 0.237. For the second trial, we are 95% confident the true proportion of wins with the new game strategy is between 0.209 and 0.261.
What is a confidence interval of proportions?A confidence interval of proportions has the bounds given by the rule presented as follows:
\(\pi \pm z\sqrt{\frac{\pi(1-\pi)}{n}}\)
In which the variables used to calculated these bounds are listed as follows:
\(\pi\) is the sample proportion, which is also the estimate of the parameter.z is the critical value.n is the sample size.The confidence level is of 95%, hence the critical value z is the value of Z that has a p-value of \(\frac{1+0.95}{2} = 0.975\), so the critical value is z = 1.96.
The parameters for the first simulation are given as follows:
\(n = 1000, \pi = \frac{212}{1000} = 0.212\)
Hence the lower bound of the interval is of:
\(0.212 - 1.96\sqrt{\frac{0.212(0.788)}{1000}} = 0.187\)
The upper bound is of:
\(0.212 + 1.96\sqrt{\frac{0.212(0.788)}{1000}} = 0.237\)
For the second simulation, the parameters are given as follows:
\(n = 1000, \pi = \frac{235}{1000} = 0.235\)
Hence the lower bound of the interval is of:
\(0.235 - 1.96\sqrt{\frac{0.235(0.765)}{1000}} = 0.209\)
The upper bound is of:
\(0.235 + 1.96\sqrt{\frac{0.235(0.765)}{1000}} = 0.261\)
This means that option A is the correct option.
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The measure of one interior angle of a parallelogram is 0. 25 times the measure of another angle.
The measure of the smaller interior angle is
and the measure of the larger interior angle is
The measure of the smaller interior angle is approximately 144 degrees.
The measure of the larger interior angle is 36 degrees.
Let's denote the measure of the smaller interior angle as x.
According to the given information, the measure of one interior angle (let's call it y) is 0.25 times the measure of the smaller angle. Therefore, we can write the equation:
y = 0.25x
Since a parallelogram has opposite angles congruent, we know that the sum of the measures of the smaller and larger angles is 180 degrees. Hence, we can write another equation:
x + y = 180
Substituting the value of y from the first equation into the second equation, we have:
x + 0.25x = 180
Combining like terms:
1.25x = 180
To find the measure of the smaller angle (x), we divide both sides of the equation by 1.25:
x = 180 / 1.25
x ≈ 144
Therefore, the measure of the smaller interior angle is approximately 144 degrees.
To find the measure of the larger interior angle, we substitute the value of x into the equation:
y = 0.25x
y = 0.25 * 144
y = 36
Hence, the measure of the larger interior angle is 36 degrees.
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Determine the slope and y-intercept of a line that passes through the points (-2, 6) and
(4, -3).
Answer:
Y = 3
Step-by-step explanation:
Y = -3/2x +3
Y = -3/2 × 0 + 3
Y = 3
Answer:
\(y = \frac{-3}{2}x + 3\)
Step-by-step explanation:
Step 1 - Calculate slope first via the equation:
\(\frac{y2 - y1}{x2 - x1}\)
Where x1 and y1 are the coordinates of the first set whereas x2 and y2 are the second set. Plug the variables in:
\(\frac{6 - (-3)}{-2 - 4} \\\frac{6 + 3 )}{-2 - 4} \\\frac{9}{-6}\)
Which simplifies to:
\(\frac{3}{-2}\)
Now, in the line equation form we know x:
y = mx + c
y = \(\frac{3}{-2}\)x + c
Step 2 - Calculate y intercept
Plug the variables of one point into the above equation:
y = \(\frac{3}{-2}\)x + c
\(6 = \frac{3}{-2}(-2) + c\)
\(6 = \frac{3}{-2}(-2) + c \\6 = 3 + c\\6 - 3 = c\\c = 3\\\)
Meaning that the full line equation is:
\(y = \frac{-3}{2}x + 3\)
Hope this helps!
Which point lies on the graph of the function shown below y=-x^2+5x-3
A.(1,4)
B.(0,3)
C.(2,3)
D.(-2,2)
Answer:
C: (2,3)
Step-by-step explanation:
to solve this algebraically just plug in the x and y values of the points and see if they are true, but here is the graph to juse show you
can the tangent constraint be applied between a line and an arc?
Yes, the tangent constraint can be applied between a line and an arc in many CAD (Computer-Aided Design) software programs.
In CAD, a tangent constraint is a geometric constraint that forces two entities (lines, arcs, circles, etc.) to share a common tangent at their point of contact. When you apply a tangent constraint between a line and an arc, the software will ensure that the line and the arc are always tangent to each other at their point of intersection.
This constraint is useful for designing mechanical components, such as gears or cams, where you need to ensure that the contact between two parts is smooth and continuous. It is also commonly used in architecture, where a building's curved surfaces may need to be tangent to adjacent straight lines or walls.
In short, the tangent constraint can be applied between a line and an arc, and it is a useful tool in many different fields of design.
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HELP IM DOING A MATH TEST PLSSSS 25 PTS
Find an equation for the perpendicular bisector of the line segment whose endpoints
are (-1,5) and (-7, -7).
Answer:
The equation of the perpendicular bisector is y = \(\frac{-1}{2}\) x - 3
Step-by-step explanation:
The form of the linear equation is y = m x + b, where
m is the slopeb is the y-interceptThe rule of the slope is m = \(\frac{y2-y1}{x2-x1}\) , where
(x1, y1) and (x2, y2) are two points on the lineThe rule of the mid-point is M = (\(\frac{x1+x2}{2},\frac{y1+y2}{2}\))The product of the slopes of the perpendicular lines is -1, that means if the slope of one is m, then the slope of the other is \(\frac{-1}{m}\) (we reciprocal m and change its sign).∵ A line passes through points (-1, 5) and (-7, -7)
∴ x1 = -1 ad y1 = 5
∴ x2 = -7 and y2 = -7
→ Use the rule of the slope above to find the slope of the line
∵ m = \(\frac{-7-5}{-7--1}\) = \(\frac{-12}{-7+1}\) = \(\frac{-12}{-6}\) = 2
∴ m = 2
→ Reciprocal the value of m and change its sign to find the slope of
the line perpendicular line
∴ m⊥ = \(\frac{-1}{2}\)
→ Substitute in the form of the equation above
∵ y = \(\frac{-1}{2}\) x + b
∵ The ⊥ line is also the bisector of the given line, find the mid-point
of the given line because it is also lying on the ⊥ line
∵ M = (\(\frac{-1+-7}{2},\frac{5+-7}{2}\)) = (\(\frac{-8}{2},\frac{-2}{2}\)) = (-4, -1)
∴ M = (-4, -1)
→ Substitute the coordinates of M in the equation of the ⊥ line above
∵ x = -4 and y = -1
∴ -1 = \(\frac{-1}{2}\) (-4) + b
∴ -1 = 2 + b
→ Subtract 2 from both sides
∴ -3 = b
→ Substitute the value of b in the equation
∴ y = \(\frac{-1}{2}\) x + -3
∴ y = \(\frac{-1}{2}\) x - 3
∴ The equation of the perpendicular bisector is y = \(\frac{-1}{2}\) x - 3
What is the value of x in the equation 1/4(4 + x) = 4/3
The value of x in the equation 1/4(4 + x) = 4/3 is x = 4/3.
Multiply both sides of the equation by 4 to eliminate the fraction on the left-hand side:
1/4(4 + x) = 4/3
4 * 1/4(4 + x) = 4 * 4/3
Simplifying:
4 + x = 16/3
Subtract 4 from both sides of the equation:
4 + x - 4 = 16/3 - 4
Simplifying:
x = 16/3 - 12/3
x = 4/3
A fraction is a mathematical concept used to represent a part of a whole or a ratio between two quantities. It is typically written in the form of a numerator (top number) over a denominator (bottom number), separated by a horizontal line. For example, the fraction 1/2 represents one out of two equal parts, or half of a whole. Similarly, the fraction 3/4 represents three out of four equal parts, or three-quarters of a whole.
Fractions are an essential part of mathematics and are used in a wide range of applications, including measurements, cooking, and financial calculations. They can be added, subtracted, multiplied, and divided just like whole numbers, but they require a bit more care in their manipulation due to their unique structure.
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how large are hamster litters? among 47 golden hamster litters recorded, there were an average of 7.72 baby hamsters, with a standard deviation of 2.5 hamsters per litter.
We are 90% certain that the average number of hamsters per litter is between 7.1077 and 8.3323.
What exactly is a confidence interval?A confidence interval is a range of values that includes a population value with a high degree of certainty. When a population mean falls between an upper and lower interval, it is frequently expressed as a percentage. The confidence level is the long-run proportion of corresponding CIs that contain the parameter's true value. For example, 95% of all intervals computed at the 95% level should contain the true value of the parameter.
Given, n=47
\(\bar{x}\)=7.72
s=2.5
c=90%=0.90
To find the t-value, look in the row that starts with degrees of freedom.
df=n-1
df=47-1
df=46>45 and in the column with c=90% in the table
=1.679
Now, the margin of error is then:
E=\(t_{\alpha/2}\times \dfrac{s}{\sqrt{n}}=1.679\times \dfrac{2.5}{\sqrt{47}}\approx 0.6123\)
The confidence interval's boundaries are thus:
\(\overline{x}-E\)=7.72-0.6123=7.1077
\(\overline{x}+E\)=7.72+0.6123= 8.3323
The average number of hamsters per litter is between 7.1077 and 8.3323, and we are 90% certain of this.
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