Answer:
0.6
Step-by-step explanation:
Given: Triangle WTR with WT = 25 and WR = 40. Identify all possible lengths for TR.
40
17
15
42
52
67
65
14
Answer:
The possible lengths of TR : TR = 17, 40, 42, 52,
Step-by-step explanation:
Given: Triangle WTR with WT = 25 and WR = 40. Identify all possible lengths for TR.
To find the possible lengths of the third side of a triangle:
c - a< b > a + c
a = WT = 25
c = WR= 40
b = TR = ??
40 - 25 < b < 40 + 25
15 < b < 65
The possible lengths of TR has to be greater than 15 and less than 65, Hence: TR = 17, 40, 42, 52,
7) Determine the measurements of angle E and K. Show your work.
Answer:
Angle e = 48
Angle K = 97
Step-by-step explanation:
127+88=215
145 degrees left
15x+10=145
15x=135
x=9
Angle e = 48
Angle K = 97
-560.114 a rational or irrational
I write down a number lager than 1 and less than 10. Find the chance that the number is a factor of 12.
Answer:
4
Step-by-step explanation:
2*6 = 12
3*4 =12
these are all the numbers that would be a factor of 12 between 2-10
The sequence a, = 8, 13, 18, 23,...is the same as the sequence ay = 8,
an = any + 5.
A. True
B. False
Answer:
True
Step-by-step explanation:
8 + 5 = 13 + 5 = 18 + 5 = 23.
PLEASE HELP ASAP IM FREAKING OUT
Answer:
30 cm
Step-by-step explanation:
Make sure all units are the same!
P = Perimeter
A = Area
Formula used for similar figures:
\(\frac{A_{1}}{A_{2}} = (\frac{l_{1}}{l_{2}})^{2}\) —- eq(i)
\(\frac{P_{1}}{P_{2}} = \frac{l_{1}}{l_{2}}\) ———— eq(ii)
Applying eq(ii):
∴\(\frac{25}{P_{2}} = \frac{10}{12}\)
Cross-multiplication is applied:
\((25)(12) = 10P_{2}\)
\(300 = 10P_{2}\)
\(P_{2}\) has to be isolated and made the subject of the equation:
\(P_{2} = \frac{300}{10}\)
∴Perimeter of second figure = 30 cm
Please it's due today I need help to solve this
Answer:
A
Step-by-step explanation:
The angle between 30⁰ and S⁰ is 60⁰ because it adds up with 30⁰ to give 90⁰.
Then 60⁰ + S⁰ = 180⁰. Evaluate this and it gives you S⁰ = 120⁰.
Find the Tangent vector, the Normal vector, and the Binormal vector (→T, →N and →B) for the curve →r(t)=〈4cos(2t),4sin(2t),5t〉 at the point t=0. Round answers to 3 decimal places.
T(0) =0=[sqrt(89)= sqrt(89)]
N(0) =[ ]
B(0) =[ ]
The tangent vector → \(r(t)=〈4cos(2t),4sin(2t),5t〉\), normal vector at t=0 is given by →N(0) = 〈-1,0,0〉, and binormal vector at t=0 is given by →\(B(0) = 〈0, -0.441, -0.898〉\)
The tangent vector, normal vector, and binormal vector of the given curve are as follows:
Given curve:
→ \(r(t)=〈4cos(2t),4sin(2t),5t〉\) at the point t=0
To find: Tangent vector, the Normal vector, and the Binormal vector (→T, →N and →B) at the point t=0
Tangent vector: To find the tangent vector of the given curve
→\(r(t)=〈4cos(2t),4sin(2t),5t〉\) at the point t=0,
we need to differentiate the equation of the curve with respect to t.t = 0, we have:
→\(r(t) = 〈4cos(2t),4sin(2t),5t〉→r(0) = 〈4cos(0),4sin(0),5(0)〉= 〈4,0,0〉\)
Differentiating w.r.t t:→\(r(t) = 〈4cos(2t),4sin(2t),5t〉 → r'(t) = 〈-8sin(2t),8cos(2t),5〉t = 0\),
we have:
→\(r'(0) = 〈-8sin(0),8cos(0),5〉= 〈0,8,5〉\)
Therefore, the tangent vector at t = 0 is given by
→\(T(0) = r'(0) / |r'(0)|= 〈0,8,5〉 / sqrt(89)≈〈0.000,0.898,0.441〉\)
Normal vector:To find the normal vector of the given curve
→\(r(t)=〈4cos(2t),4sin(2t),5t〉\)
at the point t=0, we need to differentiate the equation of the tangent vector with respect to t.t = 0, we have:
→\(T(0) = 〈0.000,0.898,0.441〉\)
Differentiating w.r.t t:
→\(T'(t) = 〈-16cos(2t),-16sin(2t),0〉t = 0\),
we have:
→\(T'(0) = 〈-16cos(0),-16sin(0),0〉= 〈-16,0,0〉\)
Therefore, the normal vector at t = 0 is given by
→\(N(0) = T'(0) / |T'(0)|= 〈-16,0,0〉 / 16= 〈-1,0,0〉\)
Binormal vector: To find the binormal vector of the given curve
→\(r(t)=〈4cos(2t),4sin(2t),5t〉\)
at the point t=0, we need to cross-product the equation of the tangent vector and normal vector of the curve.t = 0, we have:
→\(T(0) = 〈0.000,0.898,0.441〉→N(0) = 〈-1,0,0〉\)
The cross product of two vectors:
→\(B(0) = →T(0) × →N(0)= 〈0.000,0.898,0.441〉 × 〈-1,0,0〉= 〈0, -0.441, -0.898〉\)
Therefore, the binormal vector at t = 0 is given by→B(0) = 〈0, -0.441, -0.898〉
Hence, the tangent vector, normal vector, and binormal vector of the given curve at t=0 are as follows:
→\(T(0) = 〈0.000,0.898,0.441〉→N(0) = 〈-1,0,0〉→B(0) = 〈0, -0.441, -0.898〉\)
The given curve is
→\(r(t)=〈4cos(2t),4sin(2t),5t〉 at the point t=0.\)
We are asked to find the tangent vector, the normal vector, and the binormal vector of the given curve at t=0.
the tangent vector at t=0. To find the tangent vector, we need to differentiate the equation of the curve with respect to t. Then, we can substitute t=0 to find the tangent vector at that point. the equation of the curve Is:
→\(r(t) = 〈4cos(2t),4sin(2t),5t〉\)
At t = 0, we have:
→\(r(0) = 〈4cos(0),4sin(0),5(0)〉= 〈4,0,0〉\)
We can differentiate this equation with respect to t to get the tangent vector as:
→\(r'(t) = 〈-8sin(2t),8cos(2t),5〉\)
At t=0, the tangent vector is:
→\(T(0) = r'(0) / |r'(0)|= 〈0,8,5〉 / sqrt(89)≈〈0.000,0.898,0.441〉\)
Next, we find the normal vector. To find the normal vector, we need to differentiate the equation of the tangent vector with respect to t. Then, we can substitute t=0 to find the normal vector at that point.
At t=0, the tangent vector is:
→\(T(0) = 〈0.000,0.898,0.441〉\)
Differentiating this equation with respect to t, we get the normal vector as:
→\(T'(t) = 〈-16cos(2t),-16sin(2t),0〉\)
At t=0, the normal vector is:
→\(N(0) = T'(0) / |T'(0)|= 〈-16,0,0〉 / 16= 〈-1,0,0〉\)
Finally, we find the binormal vector. To find the binormal vector, we need to cross-product the equation of the tangent vector and the normal vector of the curve.
At t=0, we can cross product →T(0) and →N(0) to find the binormal vector.
At t=0, the tangent vector is:
→\(T(0) = 〈0.000,0.898,0.441〉\)
The normal vector is:
→N(0) = 〈-1,0,0〉Cross product of two vectors →T(0) and →N(0) is given as:
→\(B(0) = →T(0) × →N(0)= 〈0.000,0.898,0.441〉 × 〈-1,0,0〉= 〈0, -0.441, -0.898〉\)
Therefore, the tangent vector, normal vector, and binormal vector of the given curve at t=0 are:
→\(T(0) = 〈0.000,0.898,0.441〉→N(0) = 〈-1,0,0〉→B(0) = 〈0, -0.441, -0.898〉\)
The tangent vector of the given curve
→\(r(t)=〈4cos(2t),4sin(2t),5t〉\)
at the point t=0 is given by →\(T(0) = 〈0.000,0.898,0.441〉.\)
The normal vector at t=0 is given by →N(0) = 〈-1,0,0〉.
The binormal vector at t=0 is given by →B(0) = 〈0, -0.441, -0.898〉.
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Irene made a mistake when she solved this inequality:
Step 1: -6(x + 3) + 10 < -2
Step 2: -6x − 18 + 10 < -2
Step 3: -6x − 8 < -2
Step 4: -6x < 6
Step 5: x < -1
Between which two consecutive steps did Irene make a mistake?
Answer:
she messed up on step two because she has to subtract 10 from both sides
Step-by-step explanation:
step 1: -6(x+3)+10<-2
step2:-6(x+3)+10-10<-2-10
step3: -6(x+3)<-12
step4: (-6)(x+3)(-1)≥(-12)(-1)
step5:6(x+3)>12
step6:divide both sides by 6
step7:simplify and subtract 3 from both sides and then simplify again
Write a function create_folders that takes in a nested 2d list of strings and creates a folder structure based on this. The strings indicate the names of the folders. The list should always contain the name of the folder, followed by a list of its subfolders. You can assume that the list you are given in your function follows this structure. Create your own list of folders and call your function with it to test your code. Here is an example of the list structure, but I'm sure you can come up with funnier examples (not relevant for grading): structure = [f1, [subf11, subf12], f2, [subf21, subf22, subf23], f3] Note: Like f3 in the example, not every folder will have subfolders. Therefore you have to check wether the next entry is a string or a list. Therefore this would also be a valid structure: structure = [f1, f2,[subf21, subf22, subf23]
Make sure to adjust the folder structure according to your needs when testing the code.
Here is the implementation of the `create_folders` function that takes a nested 2D list of strings representing folder structure and creates the corresponding folder structure:
```python
import os
def create_folders(structure):
for item in structure:
if isinstance(item, str):
# Create the folder
os.makedirs(item, exist_ok=True)
elif isinstance(item, list):
# Recursively create subfolders
folder_name = item[0]
subfolders = item[1:]
os.makedirs(folder_name, exist_ok=True)
os.chdir(folder_name)
create_folders(subfolders)
os.chdir('..')
```
You can test the function by creating your own folder structure and calling the `create_folders` function with it. For example:
```python
structure = ['f1', ['subf11', 'subf12'], 'f2', ['subf21', 'subf22', 'subf23'], 'f3']
create_folders(structure)
```
This will create the following folder structure:
```
- f1
- subf11
- subf12
- f2
- subf21
- subf22
- subf23
- f3
```
Make sure to adjust the folder structure according to your needs when testing the code.
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In parallelogram FGHJ if m∡ GHJ=55˚ find m∡FGH
Answer:
∠ FGH = 125°
Step-by-step explanation:
The consecutive angles in a parallelogram are supplementary, then
∠ FGH + ∠ GHJ = 180° , that is
∠ FGH + 55° = 180° ( subtract 55° from both sides )
∠ FGH = 125°
Answer: m∠FGH = 125°
Step-by-step explanation:
In a parallelogram, adjacent angles are supplementary (add up to 180°).
From the diagram, we can see that m∠GHJ and m∠FGH are adjacent.
This means that:
m∠GHJ + ∠FGH = 180° where ∠FGH is ∠x and ∠GHJ = 55°
55° + m∠x = 180° (subtract 55 from both sides)
m∠x = 125°
the length of the altitude from the right angle to the hypotenuse of a right triangle is the _______ mean of the two segments that makes the hypotenuse.
Answer:
The length of the altitude from the right angle to the hypotenuse of a right triangle is the geometric mean of the two segments that make the hypotenuse.
I need help very fast pleas
Answer:
The limit as x approaches 3 is 4.
Step-by-step explanation:
Hi there,
When finding the limit, you have to look at which point the function is approaching from BOTH SIDES. As seen in this example, the function is approaching 4 from both sides when x approaches 3.
Hope this is helpful. Feel free to ask questions. Cheers.
Answer:
now please help me now Solve this 3
Step-by-step explanation:
Contents for a nonlinear system equation that can detect the problem of a body for clinical trials trials in the book require a number to be evaluated and to be addressed to a working knowledge of the purpose
Can 5cm 9cm 3cm be sides of a triangle?.
Answer: It is not possible
Step-by-step explanation:
to have a triangle with sides 5 cm, 3 cm and 2 cm. Sum of any two sides of a triangle must be greater than the third side.
3 cm + 2 cm = 5 cm
What is the first step in solving In(x - 1) = 1n6 - Inx for x?
A. Simplify the left side using the "log of a difference is the quotient of the logs" property.
B. Simplify the right side using the "difference of two logs is the log of the product" property.
C. Simplify the right side using the "difference of two logs is the log of the quotient" property.
D. Simplify the left side using the "log of a difference is the difference of the logs" property.
The first step in solving In(x - 1) = 1n6 - Inx for x is to simplify the right side using the "difference of two logs is the log of the quotient" property. So, correct option is C.
The property states that log(base a) b - log(base a) c = log(base a) (b/c). Applying this property to the equation, we get:
In(x - 1) = ln(6) - ln(x)
In(x - 1) = ln(6/x)
Now we have a single logarithm on both sides of the equation. The next step would be to eliminate the logarithm on the left side by taking the exponential of both sides, i.e., \(e^{(ln(x-1))\)= x - 1. Then we can solve for x by isolating it on one side of the equation.
So, correct option is C.
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answer; #13,#14,#15. ((PLEASE HELP ME)). ((due today)).
The domain and range of f(x) = -24 are given as follows:
Domain: all real values.Range: {-24.}The domain and range of f(x) = 0.5(x + 4)² - 11 are given as follows:
Domain: all real values.Range: f(x) >= -11.The range of y = -2x² + 12x - 13 is given as follows:
y <= 5.
How to obtain the domain and the range of a function?The domain of a function is the set that contains all the input values that can be assumed by the function.
As neither of the functions in this problem have any restriction, the domain is all real values for the two of them.
The range of a function is the set that contains all the output values that can be assumed by the function.
The ranges are given as follows:
Constant function: single constant, hence the {}.Quadratic functions: negative infinity to vertex (concave down) and vertex to positive infinity (concave up).More can be learned about the domain and the range of a function at https://brainly.com/question/30248800
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A circle with a circumference of 133.2 cm is centered at the vertex of an angle. The rays of the angle subtend an are that is 19.98 cm long. Complete the following statements by entering numbers in the answer boxes. a. 1/360th of the circumference of the circle is ____ cm long, so the measure of the angle in degrees is ____
b. The arc subtended by the angle's rays is ____% of the circumference of the circle. Since an angle that makes a full rotation measures 360 degrees, the measure of the angle in degrees must be ____
The measure of the angle in degrees is approximately 54 degrees.
a. The circumference of the circle is 133.2 cm, so 1/360th of the circumference is:
133.2 / 360 = 0.37 cm
The arc subtended by the angle's rays is 19.98 cm long, which is some fraction of the circle's circumference. To find this fraction as a percentage, we can use the formula:
fraction = arc length / circumference
fraction = 19.98 / 133.2
fraction ≈ 0.150
This fraction as a percentage is:
0.150 * 100% = 15%
Since an angle that makes a full rotation measures 360 degrees, we can set up a proportion to find the measure of the given angle in degrees:
arc length / circumference = angle measure / 360
Substituting the given values, we get:
19.98 / 133.2 = angle measure / 360
Solving for the angle measure, we get:
angle measure = (19.98 / 133.2) * 360
angle measure ≈ 54 degrees
Therefore, the measure of the angle in degrees is approximately 54 degrees.
b. The arc subtended by the angle's rays is 15% of the circumference of the circle, so the remaining part of the circumference (that is not subtended by the angle) is:
100% - 15% = 85%
Since this remaining part of the circumference is divided equally by the two rays of the angle, each ray subtends an arc that is:
85% / 2 = 42.5%
Therefore, the angle itself subtends an arc that is 15% of the circle's circumference, which is equivalent to 54 degrees (as found in part a).
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The producer of the Yummy Nibbles candy chews reports that their packages contain
10%
each brown and red candies, and
20%
each yellow, blue, and orange candies. The rest of the candies are green. Use this information to compute each of the probabilities requested in parts (a) \& (b). Sentence answers to these questions are not required. It pt (a) Suppose you randomly pick two Yummy Nibbles candies (without replacement), what is the probability that at least half of those candies you select are red? 14 pts! (b) Suppose instead you randomly pick two-hundred Yummy Nibbles candies (without replacement), what is the probability that at least half of those candies you select are red?
2/45 is the probability that the ball will be both red.
What is Probability?Probability is the measure of the possibility of an event to occur.
It basically ranges from 0 t0 1
10% of the candies are green
10% of the candies are red
20% of the candies are yellow
20% of the candies are blue
20% of the candies are orange.
Hence,
P ( brown ) = .1
P ( red ) = .1
P ( blue ) = .2
P ( yellow ) = .2
P ( orange ) = .2
P ( green ) = .2
The rest is brown. The percentage of brown candies is not important to this problem.
If you pick a candy at random, what is the probability that it is either red or yellow?
Probability of red = 0.1
Probability = (¹⁰C₁ × 0.1 + ¹⁰C₁ ×0.1) / ¹⁰C₂
= 2 / 45
2/45 probability that it is both red.
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simplify the following expression.
(6x2^2 + 8x + 4) - (2x2^2 - 4x + 7)
a. 4x2^2 + 4x - 3
b. 4x2^2 + 12x - 3
c. 8x2^2 + 12x - 11
d. 8x2^2 + 12x - 3
Sean places 21 tomato plants in rows. All rows contain the same number of plants. There are between 4 and 12 plants in each row
Answer: well you have to give us more information
Step-by-step explanation:
which of the following below represents the statent " if it is not an apple, then it is not a fruit"?
Answer: Figure A
The rest of the question is shown below.
Procter and Gamble (PG) paid an annual dividend of $2.95 in 2018. You expect PG to increase its dividends by 7.4% per year for the next five years (through 2023), and thereafter by 2.6% per year. If the appropriate equity cost of capital for Procter and Gamble is 8.6% per year, use the dividend-discount model to estimate its value per share at the end of 2018.
The dividend in 2018 was $2.95, and it is expected to grow at a rate of 7.4% for the next five years and 2.6% thereafter. With an equity cost of capital of 8.6%, the value per share at the end of 2018 can be calculated.
To calculate the value per share at the end of 2018, we need to discount the expected future dividends using the dividend-discount model. The model assumes that the value of a stock is equal to the present value of all its expected future dividends.
First, we need to calculate the dividends for each year from 2019 to 2023. We start with the dividend in 2018, which was $2.95. We then increase it by 7.4% each year for the next five years:
Dividend in 2019 = $2.95 * (1 + 7.4%) = $3.17
Dividend in 2020 = $3.17 * (1 + 7.4%) = $3.40
Dividend in 2021 = $3.40 * (1 + 7.4%) = $3.65
Dividend in 2022 = $3.65 * (1 + 7.4%) = $3.92
Dividend in 2023 = $3.92 * (1 + 7.4%) = $4.22
After 2023, the dividend is expected to grow at a rate of 2.6% per year. To find the value per share at the end of 2018, we discount the future dividends to their present value using the equity cost of capital of 8.6%.
The present value of the dividends can be calculated as follows:
PV = (D1 / (1 + r)) + (D2 / (1 + r)^2) + ... + (Dn / (1 + r)^n)
where PV is the present value, D1 to Dn are the dividends for each year, r is the equity cost of capital, and n is the number of years.
In this case, n = 5 because we are discounting the dividends for the next five years. Let's calculate the present value:
PV = ($3.17 / (1 + 8.6%)) + ($3.40 / (1 + 8.6%)^2) + ($3.65 / (1 + 8.6%)^3) + ($3.92 / (1 + 8.6%)^4) + ($4.22 / (1 + 8.6%)^5)
PV = $3.17 / 1.086 + $3.40 / 1.086^2 + $3.65 / 1.086^3 + $3.92 / 1.086^4 + $4.22 / 1.086^5
PV ≈ $2.91 + $3.07 + $3.24 + $3.41 + $3.59
PV ≈ $16.22
Therefore, the estimated value per share of Procter and Gamble at the end of 2018 using the dividend-discount model is approximately $16.22.
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The dividend in 2018 was $2.95, and it is expected to grow at a rate of 7.4% for the next five years and 2.6% thereafter. With an equity cost of capital of 8.6%, the value per share at the end of 2018 can be calculated.
To calculate the value per share at the end of 2018, we need to discount the expected future dividends using the dividend-discount model.
The model assumes that the value of a stock is equal to the present value of all its expected future dividends. First, we need to calculate the dividends for each year from 2019 to 2023. We start with the dividend in 2018, which was $2.95. We then increase it by 7.4% each year for the next five years:
Dividend in 2019 = $2.95 * (1 + 7.4%) = $3.17
Dividend in 2020 = $3.17 * (1 + 7.4%) = $3.40
Dividend in 2021 = $3.40 * (1 + 7.4%) = $3.65
Dividend in 2022 = $3.65 * (1 + 7.4%) = $3.92
Dividend in 2023 = $3.92 * (1 + 7.4%) = $4.22
After 2023, the dividend is expected to grow at a rate of 2.6% per year. To find the value per share at the end of 2018, we discount the future dividends to their present value using the equity cost of capital of 8.6%.
The present value of the dividends can be calculated as follows:
PV = (D1 / (1 + r)) + (D2 / (1 + r)^2) + ... + (Dn / (1 + r)^n) where PV is the present value, D1 to Dn are the dividends for each year, r is the equity cost of capital, and n is the number of years.
In this case, n = 5 because we are discounting the dividends for the next five years. Let's calculate the present value: PV = ($3.17 / (1 + 8.6%)) + ($3.40 / (1 + 8.6%)^2) + ($3.65 / (1 + 8.6%)^3) + ($3.92 / (1 + 8.6%)^4) + ($4.22 / (1 + 8.6%)^5)
PV = $3.17 / 1.086 + $3.40 / 1.086^2 + $3.65 / 1.086^3 + $3.92 / 1.086^4 + $4.22 / 1.086^5
PV ≈ $2.91 + $3.07 + $3.24 + $3.41 + $3.59
PV ≈ $16.22
Therefore, the estimated value per share of Procter and Gamble at the end of 2018 using the dividend-discount model is approximately $16.22.
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Work out the value of 10^2 - 4^3
Give your answer as a power of 6.
Answer:
6^2 = 36
Step-by-step explanation:
10^2 = 10 * 10 = 100
4^3 = 4 * 4 * 4 = 64
10^2 - 4^3= 100 - 64 = 36 = 6^2
Hi there!
»»————- ★ ————-««
I believe your answer is:
\(6^2\)
»»————- ★ ————-««
Here’s why:
⸻⸻⸻⸻
\(\boxed{\text{Calculating the answer...}}\\\\10^2 - 4^3\\---------------\\\rightarrow 10^2 = 100\\\\\rightarrow 4^3 = 64\\\\\rightarrow 100 - 64 = \boxed{36}\\\\\text{Since we know that '36' is a perfect square, we can rewrite our answer as: } \boxed{6^2}\)
⸻⸻⸻⸻
»»————- ★ ————-««
Hope this helps you. I apologize if it’s incorrect.
Joyce is paid a monthly salary of $1554.62 The regular workweek is 35 hours. (a) What is Joyce's hourly rate of pay? (b) What is Joyce's gross pay if she worked hours overtime during the month at time-and-a-half regular pay (a) The hourly rate of pay is s (Round to the nearest cont as needed) (b) The gross pays (Round to the nearest cont as needed)
(a) Joyce's hourly rate of pay is approximately $44.41.
(b) Joyce's gross pay, including overtime, is approximately $1800.42.
To calculate Joyce's hourly rate of pay, we divide her monthly salary by the number of hours in a regular workweek.
Calculate Hourly Rate of Pay:
Monthly Salary = $1554.62
Regular Workweek Hours = 35
To find the hourly rate of pay, we divide the monthly salary by the number of hours in a regular workweek:
Hourly Rate of Pay = Monthly Salary / Regular Workweek Hours
= $1554.62 / 35
≈ $44.41
Calculate Gross Pay with Overtime:
To calculate Joyce's gross pay with overtime, we need to determine the number of overtime hours worked and the overtime rate.
Let's assume Joyce worked 'x' hours of overtime during the month. Since overtime pay is time-and-a-half of the regular pay rate, the overtime rate is 1.5 times the hourly rate of pay.
Regular Workweek Hours = 35
Overtime Hours = x
Hourly Rate of Pay = $44.41
Overtime Rate = 1.5 * Hourly Rate of Pay
To calculate Joyce's gross pay with overtime, we use the following formula:
Gross Pay = (Regular Workweek Hours * Hourly Rate of Pay) + (Overtime Hours * Overtime Rate)
= (35 * $44.41) + (x * 1.5 * $44.41)
= $1554.35 + 2.21x
Calculate Gross Pay (approximate):
Given that Joyce's gross pay is approximately $1800.42, we can set up the following equation:
$1554.35 + 2.21x ≈ $1800.42
By rearranging the equation and solving for 'x', we can find the approximate number of overtime hours:
2.21x ≈ $1800.42 - $1554.35
2.21x ≈ $246.07
x ≈ $246.07 / 2.21
x ≈ 111.12
Therefore, Joyce worked approximately 111.12 hours of overtime during the month.
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Convert 4 hours 55 minutes to a decimal number of hours.
Answer: 4.92 hours
Step-by-step explanation:
4 hours 55 minutes=
4 hours 55/60 hours=
240/60 hours + 55/60 hours=
295/60 hours=4.92 hours
Which of the lines below is perpendicular to
y=-3x+6?
A.Y=3x-9
B.Y=-3x+8
C.y1/3x-2
D.y=-1/3x-2
Answer:
The correct answer is C
Perpendicular lines have opposite reciprocal slope.
So, if the slope of the line is -3, then the slope of the perpendicular line is 1/3.
Let me know if this helps!
Describe how to solve x−6=−12.
Answer:
See explanation.
Step-by-step explanation:
You have to use the inverse operation of -6 to get x by itself. So you have to add 6 to each side to get rid of the -6. And -12+6=-6. So, x=6.
Answer:
X is -6
Step-by-step explanation:
You have to add 6 to both sides like -6+6 and -12+6
-12+6=-6 which is the answer because -6-6 is -12
If the terminal side of angle θ , in standard position, passes through the point (16,63)
What is the numerical value of sin θ ?
What is the numerical value of cos θ ?
Answer:
Step-by-step explanation:
sinθ = 63/√(16² + 63²) = 63/65
cosθ = 16/65
Which rational expression has a value of 0 when x = –2?
on ed
The rational expression has a value of 0 when x = 2 is shown by option B
What is the rational expression?A rational expression is a mathematical expression that represents a ratio of two polynomial expressions. It is in the form of P(x)/Q(x), where P(x) and Q(x) are polynomials, and Q(x) is not equal to zero.
Rational expressions are commonly used in algebra to represent relationships, solve equations, and perform calculations involving variables.
Let us look at the values;
\(7x - 5/x^2 + \\7(2) - 5/(2)^2\)
= 9/4
B;
-3x + 6/8x + 9
-3(2) + 6/8(2) + 9
= 0
C;
-5x + 2/x - 2
-5(2) + 2/2 - 2
= ∞
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Missing parts;
Which rational expression has a value of 0 when x = 2 ? A) 7x -5/x2 + 10 B) -3x +6/8x-9 C) -5x + 8 / x-2
The results of an experiment were listed in several numeric forms as listed below.
Order the numbers from least to greatest (least on top, greatest on bottom).
The order of the numbers from least to greatest is given by 0.003,1/5³,3/8,4/7,√5
What is a decimal number?A decimal number is a number that consists of a whole number and a fractional part separated by a point. For example – 3.5, 6.79, 78.32, etc.
Given here: The numbers are 1/5³ , 4/7,√5,3/8,0.003
To get a clarity of the magnitude of the numbers lets convert every number into decimal numbers.
Now we know To convert a fraction to a decimal, we'll just divide the numerator...by the denominator.
Thus 1/5³=1/125
=0.008
4/7=0.5714
3/8=0.375
√5=2.2361
and 0.003
Now arranging the numbers from in ascending order we get
0.003,0.008,0.375,0.5714,2.2361
Hence, The order of the numbers from least to greatest is given by 0.003,1/5³,3/8,4/7,√5
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