Percentage of data more than one standard deviation from the mean = 32%
To obtain the percentage of data that is more than one standard deviation from the mean, we can use the properties of the normal distribution.
For a normal distribution with a mean (µ) of 100 and a standard deviation (σ) of 15, we know that approximately:
- 68% of the data falls within one standard deviation of the mean.
- 95% of the data falls within two standard deviations of the mean.
- 99.7% of the data falls within three standard deviations of the mean.
Therefore, to find the percentage of data that is more than one standard deviation from the mean, we subtract the percentage within one standard deviation from 100%.
= 100% - 68%
= 32%
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mr martin has 36 calculators in a box. The ratio of the ordinary calculators to the scientific 5:1. How many of each calculator does he have
Answer:
180 calculators.
Step-by-step explanation:
She has 180 calculators because if you were to un - simplify 5:1 you would get 180:5 and you would use the first number. So, you have 180 calculators.
Sorry if this is wrong I tried my best.
A rancher genotypes all of her 150 head of cattle. In her herd, 25 are A1A1, 75 are A1A2, and 50 are A2A2. Assuming there is random mating, no selection, no mutation, and no cattle are introduced into or removed from the population, what is the probability that the A1 allele will be fixed
The probability that the A1 allele will be fixed is 0.4167, or about 42%.
We are given that;
Number of head= 150
Now,
Substitute all known values into the equation from step 4, then solve for the unknown quantity. We know that N = 150, (A1A1) = 25, (A1A2) = 75, and (A2A2) = 50. Substituting these values into the equations for p and q, we get:
\($$p = \frac{2(25) + (75)}{2(150)}$$$$p = \frac{125}{300}$$$$p = 0.4167$$$$q = \frac{2(50) + (75)}{2(150)}$$$$q = \frac{175}{300}$$$$q = 0.5833$$\)
Substituting these values into the equation for Pfix, we get:
\($$Pfix = \frac{p}{p + q}$$$$Pfix = \frac{0.4167}{0.4167 + 0.5833}$$$$Pfix \approx \frac{0.4167}{1}$$$$Pfix \approx 0.4167$$\)
Therefore, by probability the answer will be 0.4167 or about 42%.
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2 2.1 Mathematical intro show that there is another form for spherical harmonics: 1 3 3 Y₁ x iy 1/√√2 (²-1) 2πT 2π 1 3 3 z YO 2 2π π r 1 3 x iy Y₁¹ 3 2π - - 12 √ √ 2² (²+²) 2 2π
Spherical harmonics are an integral part of quantum mechanics. They describe the shape of the orbitals, which electrons occupy in atoms. Moreover, the spherical harmonics provide the angular distribution of a wave in spherical coordinates. In 3D, the spherical harmonics can be written as:
Ylm(θ, φ) = √(2l + 1)/(4π) * √[(l - m)!/(l + m)!] * Plm(cosθ) * e^(imφ)
Here, l and m are known as the angular quantum numbers. They define the shape and orientation of the orbital. Plm(cosθ) represents the associated Legendre polynomial, and e^(imφ) is the exponential function. The spherical harmonics have various forms, including:
Y1,1 = -Y1,-1 = 1/2 √(3/2π) sinθe^(iφ)
Y1,0 = 1/2 √(3/π)cosθ
Y2,2 = 1/4 √(15/2π)sin²θe^(2iφ)
Y2,1 = -Y2,-1 = 1/2 √(15/2π)sinθcosφ
Y2,0 = 1/4 √(5/π)(3cos²θ-1)
Y0,0 = 1/√(4π)
The spherical harmonics have various applications in physics, including quantum mechanics, electrodynamics, and acoustics. They play a crucial role in understanding the symmetry of various systems. Hence, the spherical harmonics are an essential mathematical tool in modern physics. Thus, this is how one can show another form for spherical harmonics.
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Which angles are adjacent angles? (1 point)
Complete the square to make a perfect square trinomial. Then, write the result as a binomial squared. q² - 20q Provide your answer below: q² - 20q+ =
To complete the square to make a perfect square trinomial, the formula that we need to use is:b² + 2ab + a²The perfect square trinomial that we need to use as a binomial squared is:(b + a)²
To complete the square to make a perfect square trinomial, the formula that we need to use is:
\([b^2 + 2ab + a^2]\)
The perfect square trinomial that we need to use as a binomial squared is:
\([(b + a)^2]\)
So, to complete the square of \((q^2 - 20q)\) , we need to add half of -20, squared:
First, we need to find half of -20 which is -10.
Now we have to square \(-10: ((-10)^2 = 100)\)
Therefore, \((q^2 - 20q)\) can be completed as a perfect square trinomial by adding 100 in such a way that:
\((q^2 - 20q + 100 - 100 = (q - 10)^2 - 100)\)
This result can be written as a binomial squared by rearranging it as follows:
\(((q - 10)^2 = q^2 - 20q + 100)\)
Therefore, the result of completing the square of \((q^2 - 20q)\) and writing it as a binomial squared is \(((q - 10)^2).\)
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consider these functions: f(x)= 1/3x^2 +4g(x)=9x-12 what is the value of g(f(x))
Answer
Explanation
Given:
\(\begin{gathered} f(x)=\frac{1}{3}x^2+4 \\ g(x)=9x-12 \end{gathered}\)To determine the value of g(f(x)), we substitute x with 1/3x^2+4 for g=9x-12:
\(\begin{gathered} g(x)=9x-12 \\ g(\frac{1}{3}x^2+4)=9(\frac{1}{3}x^2+4)-12 \\ Simplify \\ =3x^2+36-12 \\ =3x^2+24 \end{gathered}\)Therefore, the value of g(f(x)) is C:
\(\begin{equation*} 3x^2+24 \end{equation*}\)Identify the words phrases you would use to describe academic writing highlight them
Academic writing is characterized by several distinct features that set it apart from other forms of writing. These features include precision, objectivity, formal tone, evidence-based arguments, clarity, and adherence to specific style guidelines.
Academic writing is known for its precision and accuracy in presenting information. It emphasizes objectivity by relying on evidence and research to support claims. The use of a formal tone is common in academic writing, maintaining a professional and authoritative voice. Academic writing also places importance on presenting arguments based on empirical evidence and logical reasoning. Clarity is essential, with clear organization and structure to convey complex ideas effectively. Additionally, academic writing follows specific style guidelines, such as APA or MLA, ensuring consistency and uniformity in citations, references, and formatting. These characteristics collectively define the nature of academic
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a tank holds 4000 liters of water in which 100 grams of salt have been dissolved. saltwater with a concentration of 1 grams/liter is pumped in at 10 liters/minute and the well mixed saltwater solution is pumped out at the same rate. write initial the value problem for:
The mass of salt in the tank at time t.
dS/dt = 10 - S/400
S(0) = 100 grams
The solution is S(t) = 4000 - 3900\(e^{\frac{-t}{400}}\)
A tank holds water V(0) = 4000 liters in which salt S(0) = 100 grams.
So dS/dt = S(in) - S(out)
S(in) = 1 × 10 = 10 gram/liters
S(out) = S/V × 10 = 10S/V gram/liters
V = V(0) + q(in) - q(out)
V = 4000 + 10t - 10t
V = 4000 liters
dS/dt = 10 - 10S/V
dS/dt = 10 - 10S/4000
dS/dt = 10 - S/400
Now given; S(0) = 100.
Here, p(t) = 1/400, q(t) = 10
\(\int p(t)dt = \int\frac{1}{400}dt\)\(\int p(t)dt = \frac{1}{400}t\)
\(\mu=e^{\int p(t)dt}\)
\(\mu=e^{\frac{t}{400}}\)
So, S(t) = \(\frac{\int\mu q(t)dt+C}{\mu}\)
S(t) = \(\frac{\int e^{\frac{t}{400}} \cdot10dt+C}{e^{\frac{t}{400}}}\)
S(t) = \(e^{\frac{-t}{400}} \left({\int e^{\frac{t}{400}} \cdot10dt+C}\right)\)
S(t) = \(e^{\frac{-t}{400}} \left({10\times\frac{e^{\frac{t}{400}}}{1/400} +C}\right)\)
S(t) = \(e^{\frac{-t}{400}} \left({4000\times{e^{\frac{t}{400}} +C}\right)\)
Now solving the bracket
S(t) = 4000 + \(e^{\frac{-t}{400}}\)C.....(1)
At S(0) = 100
100 = 4000 + \(e^{\frac{-0}{400}}\) C
100 = 4000 + \(e^{0}\) C
100 = 4000 + C
Subtract 4000 on both side, we get
C = -3900
Now S(t) = 4000 - 3900\(e^{\frac{-t}{400}}\)
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The complete question is:
A tank holds 4000 liters of water in which 100 grams of salt have been dissolved. Saltwater with a concentration of 1 grams/liter is pumped in at 10 liters/minute and the well mixed saltwater solution is pumped out at the same rate. Write initial the value problem for:
The mass of salt in the tank at time t.
dS/dt =
S(0) =
The solution is S(t) =
Assume that the population of the world in 2010 was 6. 9 billion and is growing at the rate of 1. 1% a year. What will the population of the world be in 2030?.
The population of the world be in 2030 is 8.6 billion.
Given that,
a. = 6.9 billion
V= 1.1 % = 0. 011
a ) Let An represents The population on year after
2010 .
Population grow rate= 1.1%.
So ,
an = an-1 + an-1 ( 1.1 % )
an = an-1 + an-1 (0. 011 )
an = an- 1 ( 1.011 )
(B)
Given ,
ao = 6.9 billion
an = ( 1 .011 ) an- 1
an = (1 .011 ) an- 1 = (1 .011 ) (1 .011) an - 2 = ( 1 .011) (1 .011 ) an- 3
= ( 1.031 ) 3 ( 1 1018 ) an-4 .. . .
an = ( 1 1 012 ) " - ( 1 012 ) am-n
an = ( 1 .01 1 ) " ap
(ao = 6.9 )
an = 6 .9 ( 1 . 01 1 ) h
Now ,
an = 6 . 9 ( 1 . 0 1 1 ) 2
( means 20 year Later from 2010. )
at 2030
So , n = 20
2 20 = 6.9 ( 1 . 0 11 ) 20
a20 = 609 ( 1. 24 4 580 8428 )
a20 = 8.58 7607815 billion
or
azo = 8.6 billion
( rounded to + decimal place)
Thus, 8.6 billion people will live on Earth in 2030.
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Let f:R → R be defined by f(x) = -5x2. Is f a linear transformation? a. f(x + y) = f(x) + f(y) = Does f(x + y) = f(x) + f(y) for all x, y ER? Yes, they are equal b. f(cx) = c(f(x)) = ( ). Does f(cx) = c(f(x)) for all c, x E R? No, they are not equal 4 c. Is f a linear transformation? fis not a linear transformation )
The function f(x) = -5x^2 is not a linear transformation.
To determine if f(x) is a linear transformation, we need to check two conditions:
f(x + y) = f(x) + f(y)
f(cx) = c(f(x))
Let's evaluate these conditions for the given function:
f(x + y) = -5(x + y)^2 = -5(x^2 + 2xy + y^2) = -5x^2 - 10xy - 5y^2
f(x) + f(y) = -5x^2 + (-5y^2) = -5x^2 - 5y^2
The two expressions -5x^2 - 10xy - 5y^2 and -5x^2 - 5y^2 are not equal, so f(x + y) is not equal to f(x) + f(y). Therefore, the condition f(x + y) = f(x) + f(y) is not satisfied, indicating that f(x) is not a linear transformation.
f(cx) = -5(cx)^2 = -5c^2x^2
c(f(x)) = c(-5x^2) = -5cx^2
The two expressions -5c^2x^2 and -5cx^2 are not equal, so f(cx) is not equal to c(f(x)). Thus, the condition f(cx) = c(f(x)) is also not satisfied.
Since both conditions for a linear transformation are not fulfilled, we can conclude that f(x) = -5x^2 is not a linear transformation.
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find the area of the surface obtained by rotating the given curve about the x-axis. x = 20 cos 3 ( θ ) , y = 20 sin 3 ( θ ) , 0 ≤ θ ≤ π 2
The area of the surface obtained by rotating the curve x = 20 cos(3θ), y = 20 sin(3θ), where 0 ≤ θ ≤ π/2, about the x-axis is calculated using the formulA for surface area of revolution
To find the area of the surface, we can use the formula for the surface area of revolution. Given a curve defined parametrically by x = f(θ) and y = g(θ), where α ≤ θ ≤ β, the surface area obtained by rotating the curve about the x-axis is given by:
A = ∫[α,β] 2πy √(1 + (f'(θ))²) dθ
In this case, we have x = 20 cos(3θ) and y = 20 sin(3θ), with 0 ≤ θ ≤ π/2. Taking the derivatives, we find f'(θ) = -60 sin(3θ) and g'(θ) = 60 cos(3θ).
Plugging these values into the surface area formula and simplifying, we get:
A = ∫[0,π/2] 2π(20 sin(3θ))(√(1 + (-60 sin(3θ))²)) dθ
Evaluating this integral will give us the exact value of the surface area of the rotated curve about the x-axis within the given range of θ.
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What is the value of xº?
Answer:
show image
Step-by-step explanation:
10.You can buy 5 stickers for $3. How many stickers could you buy for $12 if the price remains proportional?
20
12
10
15
The correlation between 25 UK University students' number of hours studied per week and academic performance is 0.71. The "critical r" value is looked up and found to be 0.87 (p≤0.05). What can you say about this relationship.
The correlation is statistically significant, it is not a perfect relationship and there may be other factors at play that affect academic performance. Overall, the results suggest that studying for more hours per week may lead to better academic performance
Based on the given information, we can conclude that there is a positive correlation between the number of hours studied per week and academic performance of 25 UK University students. The correlation coefficient of 0.71 suggests a moderate to strong positive relationship between the two variables. This means that as the number of hours studied per week increases, the academic performance of the students also tends to increase. However, it is important to note that the "critical r" value of 0.87 with a significance level of p≤0.05 indicates that there is a chance of 5% that the observed correlation between the variables could be due to random chance. This means that while the correlation is statistically significant, it is not a perfect relationship and there may be other factors at play that affect academic performance. Overall, the results suggest that studying for more hours per week may lead to better academic performance, but it is not the only factor that contributes to success. Other variables such as natural ability, motivation, and study habits may also play a role in academic achievement.
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convert million gallons per day to cubic feet per second
The flow rate of 5 MGD is equivalent to 7.73615 cfs
To convert million gallons per day (MGD) to cubic feet per second (cfs), we need to use the conversion factor between the two units. The conversion factor is 1 MGD = 1.54723 cfs.
Therefore, to convert MGD to cfs, we can multiply the given value of MGD by the conversion factor. For example, if we have a flow rate of 5 MGD, we can convert it to cfs as follows:
5 MGD x 1.54723 cfs/MGD = 7.73615 cfs
So, the flow rate of 5 MGD is equivalent to 7.73615 cfs. Similarly, we can convert any given flow rate in MGD to cfs by using the same conversion factor.
It is important to note that these units are commonly used in the context of water supply and distribution systems, where flow rates are a crucial factor in the design and operation of such systems. Therefore, knowing how to convert between different flow rate units is essential for engineers and technicians working in this field.
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eight identical machines produce the same parts at the same rate. the 8 machines complete the required number of parts in 6.5 hours. how many hours does is take 12 machines to produce the same number of parts?
It becomes
\($$\begin{aligned}5: 8: & 6.5: x \\5 \times x & =8 \times 6.5 \\x & =\frac{8 \times 6.5}{5} \\x & =\frac{52}{5} \\x & =10.4\end{aligned}$$\)
Therefore,
5 machines will take $10.4$ hour to produce the same number of parts.
What is equal rate?Equivalent interest rates are interest rates that produce the same future value after one year. For example, 10% compounded quarterly and 10.125% compounded semiannually are equivalent nominal interest rates. If you calculate the future value of $100 invested at either rate for one year, you will obtain $110.38.
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hree hundred books sell for 40 dollars each, resulting in a revenue of 12,000 dollars. For each $5 increase in the price, 25 fewer books are sold. Write the revenue R as a function of the number x of $ 5 increases.
A total of 12,000 dollars is made from the sale of 300 books at a price of $40 each. 25 fewer books are sold for every $5 increase in price. R(x)=(40+5x)(300−25x) R ( x ) = ( 40 + 5 x ) ( 300 − 25 x )
What is the revenue R as a function of number x ?Assumed in this instance is , At a price of 40 dollars apiece, \($(300)(40 \$)=12,000 \$$\) books generate $300 in revenue. The result is that 25 fewer books are sold if we raise the price of each book by $5. That's \($(300-25 x)$\). Due to the fact that the price always rises by five times more than the number of books, the cost is \($(40+5 x)$\).
\($R=(300-25 x) \cdot(40+5 x)$\)
\($R=12000+6000 x-1000 x-125 x^2$\\$R=-125 x^2+5000 x+12000$\\$R=125 x^2-5000 x-12000$\)
The revenue R is expressed as a function of the number x as it approaches 5. R(x)=(40+5x)(30025x) is the necessary revenue function. R(x) = (40 + 5 x)(300 25 x) is the necessary revenue function.
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Identify values of coefficients in the quadratic equation x^2-2x+7=0a=b=c=7x^2=10-13xa=b=c=5x^2=4x+7a=b=c=-11x+3=-4x^2a=b=c=
a = 7
b = 13
c = -10
Explanantion:\(7x^{2}\text{ = 10 - 13x}\)Re-writing the expression above in the form: ax² + bx + c = 0
7x² = 10 - 13x
7x² + 13x - 10 = 0
From 7x² + 13x - 10 = 0
a = 7
b = 13
c = -10
When a storm moved into Park City, the temperature dropped
5 degrees.
What integer represents the change in Park City's temperature?
The integer that represents the change in Park City's temperature is -5F
A whole number that may be either positive, negative, or zero is known as an integer. They have different qualities and may be added to or removed from. The temperature in the described case is known to have declined, or plummeted. As a result, a negative number might be used to symbolise this decline.
In the example question, the temperature dropped by 5 degrees when a storm rolled through Park City. As a result, the issue informs us that the temperature decreased by 5 degrees, which equals a -5 degree difference. The number 5 denotes the percentage of the temperature fall, which is indicated by the negative sign.
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Ajay reads aloud from a sports magazine. He comes across the measurement 0.63 kilometer. How should he read this measurement aloud? Explain how you know.
Answer:
"sixty-three hundredths of a Kilometer"
Step-by-step explanation:
Decimal measurements are read based on the place of their digits. In this case, Ajay would read this measurement as "sixty-three hundredths of a Kilometer". This is because the final digit of the decimal form measurement is in the "hundredths" position. One more to the right and it would be in the "thousandths" while one more to the left would be the "tenths"
please help its due soon its geometry
Answer:
7, 7, 60, 60, 60
Step-by-step explanation:
When you draw the circles thhey all hhave radius AB so AB=AC=BC =7
and since all sides are congruent you have a equilateral treangle so all angles are equal to 180/3=60
a tailor bought 5 yards of cloth he used 2 3/8 yards of cloth to make 1 pair of pants if he made 2 pairs of pants how much cloth does the tailor have left
If a tailor bought 5 yards of cloth he used \(2\frac{3}{8}\) yards of cloth to make 1 pair of pants and he made 2 pairs, the length of the cloth that left is 1/4 yards
The total length of the cloth that he bought = 5 yards
The length of cloth that he used to make 1 pair of pants = \(2\frac{3}{8}\) yards
Convert the mixed fraction to the simple fraction
\(2\frac{3}{8}\) yards = 19/8 yards
The length of cloth required to make 2 pants = 2 × The length of cloth that he used to make 1 pair of pants
Substitute the values in the equation
= 2 × (19/8)
= 19/4 yards
The remaining cloth = The total length of the cloth that he bought - The length of cloth required to make 2 pants
= 5 - (19/4)
= 1/4 yards
Hence, the length of the cloth left is 1/4 yards
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I'm board so who's your fav band?
One of mine:
Panic! At the disco
Answer:
no idea my friend sorry
Step-by-step explanation:
Estimate the sum or difference. Use the benchmarks 0, one-half, and 1.
start fraction 2 over 15 end fraction + Start Fraction 13 over 30 End Fraction
A. 0
B. 1/2
C. 1
Answer:
Estimate of 15/30
B:1/2
Which expression is equivalent to 113−−−√5?
Answer:
_
113 -✓5
Step-by-step explanation:
_
113-(-(-✓5))
_
=113-✓5 (decimal:110.763932)
Jamal is buying lunch for his family. He buys 4 drinks that each cost $1.75 and 4 sandwiches that each cost $7.50. If the prices include tax and he also leaves a $7 tip, how much does he spend in all?
Jamal spends a total of $44 on lunch for his family, including tax and tip.
What is Algebraic expression?Algebraic expression can be defined as combination of variables and constants.
The total cost of the drinks is 4 x $1.75 = $7.
The total cost of the sandwiches is 4 x $7.50 = $30.
So, the subtotal before the tip is $7 + $30 = $37.
Since the prices include tax, we can directly add the tip to the subtotal to get the total amount Jamal spends:
Total cost = Subtotal + Tip = $37 + $7 = $44.
Therefore, Jamal spends a total of $44 on lunch for his family, including tax and tip.
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Line m passes through points (9, 9) and (6, 1). Line n passes through points (10, 7) and (1, 15). Are line m and line n parallel or perpendicular?
Answer:
Step-by-step explanation:
Slopes of parallel lines are the same. ( \(m_{1}\) = \(m_{2}\) )
Slopes of two perpendicular lines are opposite reciprocals. ( \(m_{1}\) × \(m_{2}\) = - 1 )
( \(x_{1}\) , \(y_{1}\) )
( \(x_{2}\) , \(y_{2}\) )
m = \(\frac{y_{2} -y_{1} }{x_{2} -x_{1} }\)
~~~~~~~~~~~~~
(9, 9)
(6, 1)
\(m_{m}\) = \(\frac{1-9}{6-9}\) = \(\frac{8}{3}\)
(10, 7)
(1, 15)
\(m_{n}\) = \(\frac{15-7}{1-10}\) = - \(\frac{8}{9}\)
Lines m and n neither parallel, nor perpendicular.
You start with $19 in cash. After you buy a pair of jeans for $17 find $10 while walking and buy a $2 soda how much cash would you have left?
Answer:
10
Step-by-step explanation:
19-17=2
10+2=12-2 =10
1) An open rectangular box is made from a piece of cardboard 10 in by 12 in., by cutting
squares from the corners and folding up the sides. Use Calculus techniques to find the
dimensions of the box with largest volume. (Volume = length x width x height)
Answer:
$\frac{10}{3}$ in by $\frac{14}{3}$ in by $\frac{10}{3}$ in.
Step-by-step explanation:
Let's denote the length of the box as $l$, the width as $w$, and the height as $h$. We are given that the original piece of cardboard has dimensions 10 in by 12 in, so we know that:
$$l + 2h = 10 \quad \text{and} \quad w + 2h = 12.$$
To find the dimensions of the box with the largest volume, we need to maximize the volume function, which is given by:
$$V(l,w,h) = lwh.$$
Using the equations above, we can express the volume in terms of just two variables, say $l$ and $h$:
$$V(l,h) = lwh = l(10-2h)h = 10h^2 - 2h^3.$$
Now we can use calculus techniques to find the maximum of this function. To do this, we need to find the critical points, which are the values of $h$ where the derivative of $V$ with respect to $h$ is zero or undefined.
Taking the derivative of $V$ with respect to $h$, we get:
$$V'(h) = 20h - 6h^2.$$
Setting this to zero to find the critical points, we get:
$$20h - 6h^2 = 0 \quad \Rightarrow \quad h(10 - 3h) = 0.$$
This equation has two solutions: $h = 0$ and $h = \frac{10}{3}$. We can check that $h=0$ corresponds to a minimum, and $h = \frac{10}{3}$ corresponds to a maximum by computing the second derivative of $V$ with respect to $h$:
$$V''(h) = 20 - 12h.$$
At $h=0$, we have $V''(0) = 20$, which is positive, so $h=0$ is a minimum. At $h=\frac{10}{3}$, we have $V''\left(\frac{10}{3}\right) = -8\frac{1}{3}$, which is negative, so $h=\frac{10}{3}$ is a maximum.
Therefore, the maximum volume is achieved when $h=\frac{10}{3}$. Using the equations we derived earlier, we can find the corresponding values of $l$ and $w$:
$$l = 10 - 2h = \frac{10}{3}, \quad w = 12 - 2h = \frac{14}{3}.$$
So the dimensions of the box with largest volume are $\frac{10}{3}$ in by $\frac{14}{3}$ in by $\frac{10}{3}$ in.
Thomas Martin receives an hourly wage rate of $16, with time and a half for all hours worked in excess of 40 hours during a week. Payroll data for the current week are as follows: hours worked, 48 ; federal income tax withheld, $374; social security tax rate, 6.0%; and Medicare tax rate, 1.5%. What is the gross pay for Martin? a. $768 b. $832 c. $1,152 d. $1,536
The gross pay for Martin is $832, calculated by multiplying his regular hourly wage by the number of regular hours worked and adding overtime pay for the additional hours worked.
To calculate Martin's gross pay, we need to consider regular pay for the first 40 hours and overtime pay for the additional hours. Martin worked 48 hours, which means he worked 8 hours of overtime (48 - 40).
For the regular pay, we multiply the regular hourly rate ($16) by the number of regular hours worked (40), which gives us $640.
For the overtime pay, we calculate time and a half of the hourly rate. The overtime rate is $16 * 1.5 = $24. We then multiply the overtime rate by the number of overtime hours (8), which gives us $192.
Adding the regular pay and overtime pay together, we have $640 + $192 = $832.
Therefore, the gross pay for Martin is $832.
Note: The given options in the question seem to be incorrect as none of them matches the correct answer.
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