What is the least common multiple of the two denominators?
6/8 4/32
A.18
B.12
C. 8
D.32

Answer:

7 bracelets

Step-by-step explanation:

to find the answer to the question you need to divide the total amount of string by the amount of string needed for each bracelet.

170.1/24.3=7

Answer:

C = 18

Step-by-step explanation:

There's a 90° triangle. The other two angles are 30° and 60°. The shortest line is nine the longest line is C. It's asking what is C is in simplest radical form

Solution:

A triangle is a shape with three sides and three angles. Types of triangle are right angled, isosceles, scalene, obtuse, acute.

The length of the side in a triangle is directly proportional to the opposite angle (angle facing the side).

A right angled triangle is a triangle with one angle equals to 90 degrees.

Since the shortest line is 9, the angle facing the shortest line is the smallest angle. The longest line is the hypotenuse which is given as C. Trigonometric identities shows the relationship between the sides of a triangle and its angles, hence:

sin30 = 9 / C

0.5 = 9 / C

C = 9/0.5

C = 18

Yes, this is true. This phenomenon is known as the Central Limit Theorem and it states that, as the sample size increases, the distribution of the sample mean converges to a normal distribution.

Yes, this is true. According to the Central Limit Theorem, as the sample size increases, the distribution of the sample mean converges to a normal distribution. This means that, when the sample size is large enough, the histogram of sample means will appear to be close to a normal distribution. This is because the mean of a large enough sample size will be close to the population mean, regardless of the shape of the original population distribution.

The Central Limit Theorem also states that the larger the sample size, the more closely the sample distribution will resemble a normal distribution. This is why, when the sample size is large enough, a histogram of sample means will appear to be a normal distribution.

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To find the area of the region inside the circle (x - 4)² + y² = 16 and outside the circle x² + y² = 16, we can use a double integral. The area can be obtained by calculating the integral over the region defined by the two circles.

First, let's visualize the two circles. The circle (x - 4)² + y² = 16 has its center at (4, 0) and a radius of 4. The circle x² + y² = 16 has its center at the origin (0, 0) and also has a radius of 4.
To find the area between these two circles, we can set up a double integral over the region. Since the two circles are symmetric about the x-axis, we can integrate over the positive y-values and multiply the result by 2 to account for the entire region.
The integral can be set up as follows:
Area = 2 ∫[a, b] ∫[h(y), g(y)] dxdy
Here, [a, b] represents the interval of y-values where the circles intersect, and h(y) and g(y) represent the corresponding x-values for each y.
Solving the equations for the two circles, we find that the intervals for y are [-4, 0] and [0, 4]. For each interval, the corresponding x-values are given by x = -√(16 - y²) and x = √(16 - y²), respectively.
Now, we can evaluate the double integral:
Area = 2 ∫[-4, 0] ∫[-√(16 - y²), √(16 - y²)] dxdy
By integrating and simplifying the expression, we can find the area between the two circles.

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The expected value of the "Buy New" option is 724732.60.

Decision Tree:

To solve the given problem, the first step is to create a decision tree. The decision tree for the given problem is shown below:

Expected Value Calculation: The expected value of the "Buy New" option can be calculated using the following formula:

Expected Value = (Prob. of Prosperity * Payoff for Prosperity) + (Prob. of Recession * Payoff for Recession)

Substituting the given values in the above formula, we get:

Expected Value for "Buy New" = (0.7 * 1,035,332) + (0.3 * -150,000)Expected Value for "Buy New" = 724,732.60

Therefore, the expected value of the "Buy New" option is 724,732.60.

Conclusion:

To conclude, the decision tree is an effective tool used in decision making, especially when the consequences of different decisions are unclear. It helps individuals understand the costs and benefits of different choices and decide the best possible action based on their preferences and probabilities.

The expected value of the "Buy New" option is 724,732.60.

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If λ is an eigenvalue of matrix A and x is the corresponding eigenvector, then for any positive integer m, λ^m is an eigenvalue of A^m, and x is the corresponding eigenvector of A^m.

Let λ be an eigenvalue of matrix A with eigenvector x. This means that Ax = λx. Now, consider the matrix A^m, where m is a positive integer. By multiplying both sides of the eigenvector equation by A^(m-1), we have A^(m-1)Ax = A^(m-1)(λx), which simplifies to A^mx = λA^(m-1)x.

Since A^mx = (A^m)x and A^(m-1)x = λ^(m-1)x, we can rewrite the equation as (A^m)x = λ^(m-1)(Ax). Using the initial eigenvector equation Ax = λx, we have (A^m)x = λ^(m-1)(λx), which further simplifies to (A^m)x = λ^m x.

Therefore, we have shown that if λ is an eigenvalue of A with eigenvector x, then for any positive integer m, λ^m is an eigenvalue of A^m with the same eigenvector x. This result demonstrates the relationship between eigenvalues and matrix powers, illustrating that raising the matrix to a power corresponds to raising the eigenvalue to the same power while keeping the eigenvector unchanged.

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Answer:

y- intercept = 2

Step-by-step explanation:

The equation of a line in slope- intercept form is

y = mx + c ( m is the slope and c the y- intercept )

Given

\(\frac{x}{3}\) + \(\frac{y}{2}\) = 1

Multiply through by 6 to clear the fractions

2x + 3y = 6 ( subtract 2x from both sides )

3y = - 2x + 6 ( divide all terms by 3 )

y = - \(\frac{2}{3}\) x + 2 ← in slope- intercept form

with y- intercept c = 2

1. Statement: True

Inverse: True

Contrapositive: True

Converse: True

2. Statement: True

Inverse: True

Contrapositive: True

Converse: True

3. Statement: True

Inverse: True

Contrapositive: True

Converse: True

(i)

Statement: If the difference x - y is even, then x and y are also even.

Inverse: If x and y are not even, then the difference x - y is not even.

Contrapositive: If x and y are not even, then the difference x - y is not even.

Converse: If x and y are even, then the difference x - y is even.

Statement: If a divides b or a divides c, then a divides bc.

Inverse: If a does not divide b and a does not divide c, then a does not divide bc.

Contrapositive: If a does not divide b and a does not divide c, then a does not divide bc.

Converse: If a divides bc, then a divides b or a divides c.

Statement: If x^2 ≥ 100 and x ≥ 0, then x ≥ 10.

Inverse: If x^2 < 100 or x < 0, then x < 10.

Contrapositive: If x^2 < 100 or x < 0, then x < 10.

Converse: If x ≥ 10, then x^2 ≥ 100.

(ii)

For each statement, we need to evaluate the truth values of the statement, inverse, contrapositive, and converse.

Statement: True

Inverse: True

Contrapositive: True

Converse: True

Statement: True

Inverse: True

Contrapositive: True

Converse: True

Statement: True

Inverse: True

Contrapositive: True

Converse: True

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Answer:

2root5, 2root3, 3, root8.5, 2root6/root3

Step-by-step explanation:

2Root5 = 4.47

Root8.5 = 2.92

3

2root3 = 3.46

2root6/root3 = 2.83

Answer:

80 percent

Step-by-step explanation:

20 / 100 = 0.20

16 / 0.20 = 80

16 is 80 percent of 20

Answer:

80% or .8

Step-by-step explanation:

16/20 is equal to .8 or 80%

The absolute maximum and minimum values of f are 1 and -1, respectively.

The given function is f(x) = sin(x)

, where 0 <= x <= 2π.Sketch the graph of f by hand:graph of f(x) = sin(x)

(where 0 <= x <= 2π)

Use the graph of f to find the absolute and local maximum and minimum values of f.

The absolute maximum value of f is 1, which occurs at x = π/2.

The absolute minimum value of f is -1, which occurs at x = 3π/2.

The local maximum values of f are 1, which occur at x = π/2 + 2πk

(k = 0, ±1, ±2, ...), and the local minimum values of f are -1, which occur at

x = 3π/2 + 2πk

(k = 0, ±1, ±2, ...).

Thus, the absolute maximum value of f is 1, and it occurs at x = π/2, and the absolute minimum value of f is -1, and it occurs at x = 3π/2.

The local maximum values of f are 1, which occur at x = π/2 + 2πk

(k = 0, ±1, ±2, ...), and the local minimum values of f are -1, which occur a

t x = 3π/2 + 2πk (k = 0, ±1, ±2, ...).

Hence, the absolute maximum and minimum values of f are 1 and -1, respectively.

The local maximum values of f are 1, which occur at x = π/2 + 2πk (k = 0, ±1, ±2, ...), and the local minimum values of f are -1,

which occur at x = 3π/2 + 2πk (k = 0, ±1, ±2, ...).

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Yes the given C and D lines are parallel

How to know two lines are parallel lines?

Any two parallel lines that are crossed by a transversal can be recognized by the following characteristics.

The fundamental characteristics listed below make it simple to recognize parallel lines.

as the sum of the given angle c and d i.e. 48+132 is 180 it clearly shows that it is the Pairs of interior angles on the same side of the transversal which proves that the given lines C and D are parallel  

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The output values can be represented as: C3C2C1C0= 3 1 7 8

The input values in decimal addition algorithm can be shown in a table form as shown below:

M3A2A1A0+ B2B1B0_ _ _ _

We can now start by adding the ones place digits to find c0 = a0 + b0 = 9 + 9 = 18.

This gives a carry over of 1 to the next column.

To add the tens place digits, we add the two digits a1 and b1, and the carry-over of 1 from the previous column. Thus, c1 = a1 + b1 + 1 = 4 + 2 + 1 = 7.

Next, we add the hundreds place digits, we get c2 = a2 + b2 + 0 = 1 + 0 + 0 = 1. Since there is no carry-over, we leave the carry space blank.

Finally, we add the thousands place digits, we get c3 = m = 3.

Since there is no carry-over from this column, we leave the carry space blank.

Therefore, the output values can be represented as:

C3C2C1C0= 3 1 7 8

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Answer:

2.94

Step-by-step explanation:

3.29 - 35/100 = 2.94

The component form of the vector that translates A to A' is (11, -17)

A translation is a type of transformation that takes each point in a figure and slides it the same distance in the same direction.

In translation, the shape of the figure does not change but its size may change.

Other transformation processes are reflection and rotation.

The component form of the vector is governed by the rule; A' - A

so we subtract corresponding x- coordinates and corresponding y- coordinates

A' - A = (7, -9) - (-4, 8)

       = ( 7 - - 4, -9 - 8)

       -= ( 11, -17)

In conclusion, the vector that translates A to A' is ( 11, -17 )

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Answer:

£12000

Step-by-step explanation:

1 year = 1.5%

4 years = 6%

6% = 0.06

200000 times 0.06 = £12000

So, Katy will get £12000 interest rate at the end of 4 years.

If you can, please give me a Brainliest; thank you, and have a good day!

Answer:

£3,137

Step-by-step explanation:

First year: £200000 x 1.5% = £3,000

Second year: £203,000 x 1.5% = £3,045

Third year: £206,045 (because of 203,000+3,045) x 1.5% = £3,090.675

Last year: £209,135.675 x 1.5% = approximately £3,137

(a) Annually compounded interest:

In this case, n = 1 (compounded once a year)

Future Value (a) = $500 × (1 + 0.12 / 1)^(1 * 20)

(b) Quarterly compounded interest:

In this case, n = 4 (compounded four times a year)

Future Value (b) = $500 × (1 + 0.12 / 4)^(4 * 20)

(c) Monthly compounded interest:

In this case, n = 12 (compounded twelve times a year)

Future Value (c) = $500 × (1 + 0.12 / 12)^(12 * 20)

Let's calculate the values:

(a) Future Value (annually) = $500 × (1 + 0.12)^20

Future Value (annually) ≈ $500 × 6.1917364224

Future Value (annually) ≈ $3,095.87

(b) Future Value (quarterly) = $500 × (1 + 0.12 / 4)^(4 * 20)

Future Value (quarterly) ≈ $500 × 1.03^80

Future Value (quarterly) ≈ $500 × 10.0626534032

Future Value (quarterly) ≈ $5,031.33

(c) Future Value (monthly) = $500 × (1 + 0.12 / 12)^(12 * 20)

Future Value (monthly) ≈ $500 × 1.01^240

Future Value (monthly) ≈ $500 × 20.1814079986

Future Value (monthly) ≈ $10,090.70

Therefore, if Iona earns 12% interest compounded annually, her investment of $500 will grow to approximately $3,095.87 in 20 years. If compounded quarterly, it will grow to approximately $5,031.33, and if compounded monthly, it will grow to approximately $10,090.70.

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Answer:

Step-by-step explanation:

Find the attachment in the diagram below,

In order to get the right match, we will use the conversion

180° = πrad

- For angle 315°;

If 180° = πrad

315° = a

Cross multiplying

180a = 315π rad

a = 315π rad/180

a = 63π/36 rad

a = 7π/4 rad

Hence 315° = 7π/4 rad

- For angle 80°;

If 180° = πrad

80° = b

Cross multiplying

180b = 80π rad

b = 80π rad/180

b = 8π/18 rad

b = 4π/9 rad

Hence, 80° = 4π/9 rad

- For angle 225°;

If 180° = πrad

225° = c  

Cross multiplying

180c = 225π rad

c = 225π rad/180

c = 15π/12 rad

c = 5π/4 rad

Hence, 225° = 5π/4 rad

- For angle 324°;

If 180° = πrad

324° = d

Cross multiplying

180d = 8324π rad

d = 324π rad/180

d = 27π/15 rad

d = 9π/5 rad

Hence, 324° = 9π/5 rad

Hello NiX010101!

\( \huge \boxed{\mathfrak{Question} \downarrow}\)

Solve : \(\frac{ 3x-2 }{ 4 } - \frac{ 2x+3 }{ 3 } = \frac{ 2 }{ 3 } -x\\\)

\( \large \boxed{\mathfrak{Answer \: with \: Explanation} \downarrow}\)

\(\frac{ 3x-2 }{ 4 } - \frac{ 2x+3 }{ 3 } = \frac{ 2 }{ 3 } -x \\ \)

Multiply both the sides by the LCM of 4, 3 which is 12. After some simplification you'll get it as ..

\(3\left(3x-2\right)-4\left(2x+3\right)=8-12x \)

Now, use the distributive property to open the brackets.

\(3\left(3x-2\right)-4\left(2x+3\right)=8-12x \\ 9x - 6 - 8x - 12 = 8 - 12x\)

Now, bring the like terms together & simplify it.

\(9x - 6 - 8x - 12 = 8 - 12x \\ 9x - 8x - 6 - 12 = 8 - 12x \\ x - 18 = 8 - 12x \\ x + 12x = 8 + 18 \\ 13x = 26 \\ x = \frac{26}{13} \\ \large \boxed{\boxed{ \bf x = 2}}\)

We got the value of x as 2.

__________________

Hope it'll help you!

ℓu¢αzz ッ

The limit of the given expression as x approaches 1 from the right is 1.8.

To evaluate the limit of the given expression:

\(lim_{x - > 1} + [ln(x ^ 9 - 1) - ln(x ^ 5 - 1)]\)

We can start by directly substituting x = 1 into the expression:

[ln(1⁹ - 1) - ln(1⁵ - 1)]

= [ln(0) - ln(0)]

However, ln(0) is undefined, so this approach doesn't provide a meaningful answer.

To apply L'Hôpital's Rule, we need to rewrite the expression as a fraction and differentiate the numerator and denominator separately. Let's proceed with this approach:

\(lim_{x - > 1}\)+ [ln(x⁹ - 1) - ln(x⁵ - 1)]

= \(lim_{x - > 1}\)+ [ln((x⁹ - 1)/(x⁵ - 1))]

Now, we can differentiate the numerator and denominator with respect to x:

Numerator:

d/dx[(x⁹ - 1)] = 9x⁸

Denominator:

d/dx[(x⁵ - 1)] = 5x⁴

Taking the limit again:

\(lim_{x - > 1}\)+ [9x⁸ / 5x⁴]

= \(lim_{x - > 1}\)+ (9/5) * (x⁸ / x⁴)

= (9/5) * \(lim_{x - > 1}\)+ (x⁸ / x⁴)

Now, we can substitute x = 1 into the expression:

(9/5) * \(lim_{x - > 1}\)+ (1⁸ / 1⁴)

= (9/5) * \(lim_{x - > 1}\)+ 1

= (9/5) * 1

= 9/5

= 1.8

The complete question is:

Find the limit. Use l'Hospital's Rule where appropriate. If there is a more elementary method, consider using it. \(lim_{x - > 1} + [ln(x ^ 9 - 1) - ln(x ^ 5 - 1)]\)

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The probability that a carton of a dozen eggs results in a complaint is 0.00617.

Given that there is a 1% probability of cracking a egg

Here n=12 and p=0.01

Let X be the no.of cracked eggs per dozen

So, the distribution of cracked eggs per dozen is binomial distribution with parameters n=12 and p=0.01.

The probability that a carton of a dozen eggs results in complaint will be

⇒P [ X > 1 ] = 1 -  P [ X = 0 ] - P [ X = 1 ]

⇒ 1 - 0.99¹² - 12 × 0.01 × 0.99¹¹

⇒6.17 × 10³ = 0.00617

Hence , the probability that a carton of a dozen eggs results in complaint will be  0.00617.

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Answer:

negative and increasing

Step-by-step explanation:

The graph in the interval b to c is below the x- axis and is therefore negative,

from b to c the slope of the curve is positive so it is increasing

To compute the z-score for each observation, we need to standardize the data using the formula z = (x - μ) / σ, where x is the individual observation, μ is the mean of the sample, and σ is the standard deviation of the sample.

Given the sample observations: 16, 11, 13, 22, 15, and 19, we can calculate the z-score for each observation as follows:

Calculate the mean (μ) of the sample:

μ = (16 + 11 + 13 + 22 + 15 + 19) / 6 = 16

Calculate the standard deviation (σ) of the sample:

Step 1: Calculate the squared deviations from the mean for each observation:

(16 - 16)², (11 - 16)², (13 - 16)², (22 - 16)², (15 - 16)², (19 - 16)²

0, 25, 9, 36, 1, 9

Step 2: Calculate the variance:

Variance = (0 + 25 + 9 + 36 + 1 + 9) / 6 = 80 / 6 ≈ 13.33

Step 3: Calculate the standard deviation:

σ = √(Variance) = √13.33 ≈ 3.65

Calculate the z-score for each observation:

z = (x - μ) / σ

For 16: z = (16 - 16) / 3.65 = 0 / 3.65 = 0

For 11: z = (11 - 16) / 3.65 = -5 / 3.65 ≈ -1.37

For 13: z = (13 - 16) / 3.65 = -3 / 3.65 ≈ -0.82

For 22: z = (22 - 16) / 3.65 = 6 / 3.65 ≈ 1.64

For 15: z = (15 - 16) / 3.65 = -1 / 3.65 ≈ -0.27

For 19: z = (19 - 16) / 3.65 = 3 / 3.65 ≈ 0.82

The z-scores for the given sample observations are: 0, -1.37, -0.82, 1.64, -0.27, and 0.82.

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Answer:

tt

Step-by-step explanation:

ttt

Answer:

2×7

Step-by-step explanation:

2×7=14 and their difference is 5

True, a box can be held in position by a cable along a frictionless incline.

When the tension force in the cable is equal to the component of the gravitational force rate acting parallel to the incline, the box will remain in a stationary position.

force which prevents one solid item from rolling or slipping over another. Although frictional forces can be advantageous, such as the traction required to walk without slipping, they can provide a significant amount of resistance to motion.

What are the 4 different forms of friction?

It opposes the sliding motion of both layers of fluid and solid matter. Friction comes in four flavors: flowing, rolling, sliding, and static.

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Using the Trapezoidal rule and 8 strips, the integral of y = f(x) = a(1 - e(-bx)) from 2.0 to 2.8 is approximately equal to 1.926.

To integrate the function \(\[y = f(x) = a(1 - e^{-bx})\]\) using the Trapezoidal rule, we need to divide the interval [2.0, 2.8] into a number of strips (in this case, 8 strips) and approximate the integral using the trapezoidal formula.

The trapezoidal rule formula for approximating the integral is as follows:

\([\int_a^b f(x) , dx \approx \frac{h}{2} \left[ f(x_0) + 2f(x_1) + 2f(x_2) + \dots + 2f(x_{n-1}) + f(x_n) \right]]\)

where:

- h is the width of each strip \(\[h = \frac{b - a}{n}\]\), where n is the number of strips)

- x0 is the lower limit (2.0)

- xn is the upper limit (2.8)

- f(xi) represents the function evaluated at each strip's endpoint

Given the values a = 1.2 and b = -0.587, we can proceed with the calculations.

Step 1: Calculate the width of each strip (h):

\(\[h = \frac{b - a}{n} = \frac{-0.587 - 1.2}{8} = \frac{-1.787}{8} \approx -0.2234\]\)

Step 2: Calculate the function values at each strip's endpoint:

x₀ = 2.0

x₁ = x₀ + h = 2.0 + (-0.2234) = 1.7766

x₂ = x₁ + h = 1.7766 + (-0.2234) = 1.5532

x₃ = x₂ + h = 1.5532 + (-0.2234) = 1.3298

x₄ = x₃ + h = 1.3298 + (-0.2234) = 1.1064

x₅ = x₄ + h = 1.1064 + (-0.2234) = 0.883

x₆ = x₅ + h = 0.883 + (-0.2234) = 0.6596

x₇ = x₆ + h = 0.6596 + (-0.2234) = 0.4362

x₈ = x₇ + h = 0.4362 + (-0.2234) = 0.2128

xₙ = 2.8

Step 3: Evaluate the function at each strip's endpoint:

\([f(x_0) = 1.2 \left( 1 - e^{-(-0.587) \times 2.0} \right) = 1.2 \left( 1 - e^{1.174} \right) \approx \boxed{-2.082}][f(x_1) = 1.2 \left( 1 - e^{-(-0.587) \times 1.7766} \right) \approx -1.782][f(x_2) = 1.2 \left( 1 - e^{-(-0.587) \times 1.5532} \right) \approx -1.478][f(x_3) = 1.2 \left( 1 - e^{-(-0.587) \times 1.3298} \right) \approx -1.179][f(x_4) = 1.2 \left( 1 - e^{-(-0.587) \times 1.1064} \right) \approx -0.884]\)

\([f(x_5) = 1.2 \left( 1 - e^{-(-0.587) \times 0.883} \right) \approx -0.592]\)

0.592

\(\[f(x_6) = 1.2 \left( 1 - e^{-(-0.587) \times 0.6596} \right) \approx -0.303\]\[f(x_7) = 1.2 \left( 1 - e^{-(-0.587) \times 0.4362} \right) \approx -0.018\]\[f(x_8) = 1.2 \left( 1 - e^{-(-0.587) \times 0.2128} \right) \approx 0.267\]\[f(x_n) = 1.2 \left( 1 - e^{-(-0.587) \times 2.8} \right) \approx 0.647\]\)

Step 4: Apply the trapezoidal rule formula:

\([\int_{2.0}^{2.8} f(x) dx \approx \frac{h}{2} \left[ f(x_0) + 2f(x_1) + 2f(x_2) + \cdots + 2f(x_{n-1}) + f(x_n) \right]]\)

Simplifying the expression inside the brackets:

\([\frac{-0.2234}{2} \left[ -2.082 - 3.564 - 2.956 - 2.358 - 1.768 - 1.184 - 0.606 - 0.036 + 0.267 + 0.647 \right] = 1.6216606]\)

Calculating the values inside the brackets:

\(\[\frac{-0.2234}{2} \left[ -13.754 \right] = -3.4389\]\)

≈ 1.926

Therefore, the approximate value of the integral ∫[2.0, 2.8] f(x) dx using the Trapezoidal rule with 8 strips is approximately 1.926.

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Answer:

f(x)=4/2x  

i dont have no explanation                                                

74.5645 miles is 120 kilometers per hour.

Divide the speed of the vehicle by 1.609 to get an approximation.

Therefore, 120 kilometers per hour = 120/1.609

=74.5645 miles per hour

74.5645 miles is 120 kilometers per hour.

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