Answer this math question for 10 points

The total number of bit strings that either begin with 11 or end with 00 but not both is calculated as (1024 + 1024) - 256 = 1792. we can use the principle of inclusion-exclusion. We calculate the number of bit strings that satisfy each condition separately and then subtract the number of bit strings that satisfy both conditions.

Let's consider the two conditions separately. To count the number of bit strings that begin with 11, we fix the first two bits as 11 and then count the remaining 10 bits, which can take any combination of 0s or 1s. This gives us a total of 2^10 = 1024 possible bit strings.

Similarly, for the condition of ending with 00, we fix the last two bits as 00 and count the remaining 10 bits, resulting in 2^10 = 1024 possible bit strings.

However, we need to subtract the number of bit strings that satisfy both conditions. To do this, we consider the overlapping case where the bit string both begins with 11 and ends with 00. In this case, we fix the first two and last two bits and count the remaining 8 bits, giving us 2^8 = 256 possible bit strings.

Therefore, the total number of bit strings that either begin with 11 or end with 00 but not both is calculated as (1024 + 1024) - 256 = 1792.

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The equation has no real solutions, the graph of (x^2 + 9)/x does not cross the x-axis. Hence, the area bounded by the given equations is 0.

To find the area of the region bounded by the graphs of the equations y = (x^2 + 9)/x, x = 1, x = 4, and y = 0, we can set up an integral and evaluate it. However, there seems to be a mistake in your calculation as the area cannot be negative.

Let's proceed with finding the correct area using integration:

We need to find the definite integral of the function y = (x^2 + 9)/x between the limits x = 1 and x = 4. Since the graph is below the x-axis for certain values of x, we'll split the integral into two parts to ensure we only consider the positive area.

First, let's find the area below the x-axis:

∫[1 to a] [(x^2 + 9)/x] dx

And the area above the x-axis:

∫[a to 4] [(x^2 + 9)/x] dx

We need to find the value of a where the function (x^2 + 9)/x crosses the x-axis. To find this, we set the numerator equal to zero:

x^2 + 9 = 0

x^2 = -9 (which has no real solutions)

Since the equation has no real solutions, the graph of (x^2 + 9)/x does not cross the x-axis. Hence, the area bounded by the given equations is 0.

Using a graphing utility to verify this result would also confirm that the region bounded by the given equations does not have any positive area.

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The area of the region bounded by the graphs of the equations is 14.793, calculated using calculus and definite integrals.

The area of the region is found by computing the definite integral of the function y = (x^2 + 9)/x from x = 1 to x = 4.

This is a calculation involving calculus and definite integrals.

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Answer:

  4^5

Step-by-step explanation:

You want the product (1/4^4)×(4^9) written with a single exponent.

The applicable rule of exponents is ...

  (a^b)/(a^c) = a^(b-c)

  [tex]\dfrac{1}{4^4}\times4^9 = \dfrac{4^9}{4^4}=4^{9-4}=\boxed{4^5}[/tex]

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To approximate the chance of winning $40 or more in total when playing a gambling game 225 times with a bet of $2 each time, we can use a box model and normal approximation. The options for the closest answer are 70.6%, 14.7%, 0%, and 29.4%.

In the box model, we can consider each game as a Bernoulli trial, where the chance of winning is 1/10 and the chance of losing is 9/10. The number of games won follows a binomial distribution.

To find the chance of winning $40 or more in total, we need to calculate the cumulative probability of winning 20 or more games. Using the binomial distribution, we can calculate the mean and standard deviation of the number of games won.

Mean (μ) = n * p = 225 * (1/10) = 22.5

Standard Deviation (σ) = sqrt(n * p * (1 - p)) = sqrt(225 * (1/10) * (9/10)) = 4.743

To approximate the binomial distribution with a normal distribution, we use the continuity correction and convert the problem to finding the probability of winning 20 or more games out of 225. Then, we standardize this value using the z-score formula:

z = (x - μ) / σ = (20 - 22.5) / 4.743 ≈ -0.527

Using a standard normal distribution table or a calculator, we can find the probability associated with the z-score of -0.527, which is approximately 0.297 or 29.7%.

Among the given answer choices, the closest option is 29.4%.

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Therefore, the curvature of the curve given by r(t) = 6t^2i + 2tj + 2t^3k is given by κ(t) = √(576t^4 + 576t^2 - 41472t^6) / (144t^2 + 4 + 36t^4)^(3/2).

To find the curvature of the curve given by the vector function r(t) = 6t^2i + 2tj + 2t^3k, we need to compute r'(t) and r''(t) first.

Compute r'(t):

Taking the derivative of each component of r(t), we get:

r'(t) = (d/dt)(6t^2)i + (d/dt)(2t)j + (d/dt)(2t^3)k

= 12ti + 2j + 6t^2k

Compute r''(t):

Taking the derivative of each component of r'(t), we get:

r''(t) = (d/dt)(12ti) + (d/dt)(2j) + (d/dt)(6t^2k)

= 12i + 6tk

Compute |r'(t) × r''(t)|:

Taking the cross product of r'(t) and r''(t), we have:

|r'(t) × r''(t)| = |(12ti + 2j + 6t^2k) × (12i + 6tk)|

Expanding the cross product, we get:

|r'(t) × r''(t)| = |(12t × 6tk - 6t^2 × 2) i + (6t^2 × 12i - 12ti × 6tk) + (12ti × 2 - 12t × 6t^2k)|

Simplifying further, we have:

|r'(t) × r''(t)| = |(-12t^2 - 12t^2) i + (72t^2 - 72t^2)j + (24t - 144t^3)k|

= |-24t^2i + 0j + (24t - 144t^3)k|

= √((-24t^2)^2 + 0^2 + (24t - 144t^3)^2)

= √(576t^4 + 576t^2 - 41472t^6)

Compute |r'(t)|^3:

|r'(t)|^3 = |12ti + 2j + 6t^2k|^3

= √((12t)^2 + 2^2 + (6t^2)^2)^3

= √(144t^2 + 4 + 36t^4)^3

= (144t^2 + 4 + 36t^4)^3/2

Compute the curvature:

Using the formula for curvature, we have:

κ(t) = |r'(t) × r''(t)| / |r'(t)|^3

= √(576t^4 + 576t^2 - 41472t^6) / (144t^2 + 4 + 36t^4)^(3/2)

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The rate at which the copy machine prints is 10 copies per minute.

The copy machine prints 10 copies per minute.

This means that the rate at which the copy machine prints is 10 copies per minute.

Rate is a measure of how fast something happens over a specific time interval.

In this case, the rate of printing is the number of copies produced per minute.

Since the machine prints 10 copies in 1 minute, we can say that its printing rate is 10 copies per minute.

This indicates that every minute, the machine is capable of producing 10 copies.

To further understand the concept, we can think of it in terms of a ratio. The ratio of copies to time is 10 copies per 1 minutes.

This ratio represents the rate at which the copy machine operates.

It's important to note that the rate of printing remains constant as long as the machine operates under the same conditions.

In this scenario, where 10 copies are printed per minute, the rate remains steady unless any changes are made to the machine's functionality or settings.

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The total increase in your company's annual payroll will be $18870.

Given that, you employ 17 people making an average of $37,000 per year.

You want to give every employee a 3% Increase for next year.

3% of increase in salary = 3% of 37,000

= 3/100 ×37,000

= $1110

For 17 employees increase in salary = 1110×17

= $18870

Therefore, the total increase in your company's annual payroll will be $18870.

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a) Direct-mapped cache,Total number of tag bits: 52 bits,Ratio of total bits over data storage bits: 3.90625;

(b) 2-way set associative cache,Total number of tag bits: 53 bits,Ratio of total bits over data storage bits: 4;
c) 4-way set associative cache,Total number of tag bits: 54 bits,Ratio of total bits over data storage bits: 6.75;
d) Fully associative cache,Total number of tag bits: 62 bits,Ratio of total bits over data storage bits: 4;

To calculate the number of tag bits for different cache organizations, we need to determine the number of index bits and offset bits first.

Given information:

Cache size: 4096 blocks
Block size: 4 words
Word size: 4 bytes
Memory address size: 64 bits
Calculate the number of index bits and offset bits:
a) Direct-mapped cache:
Number of blocks = Cache size / Block size = 4096 / 4 = 1024 blocks
Number of index bits = log2(Number of blocks) = log2(1024) = 10 bits
Number of offset bits = log2(Block size) = log2(4) = 2 bits

b) 2-way set associative cache:
Number of sets = Cache size / (Block size * Associativity) = 4096 / (4 * 2) = 512 sets
Number of index bits = log2(Number of sets) = log2(512) = 9 bits
Number of offset bits = log2(Block size) = log2(4) = 2 bits

c) 4-way set associative cache:
Number of sets = Cache size / (Block size * Associativity) = 4096 / (4 * 4) = 256 sets
Number of index bits = log2(Number of sets) = log2(256) = 8 bits
Number of offset bits = log2(Block size) = log2(4) = 2 bits

d) Fully associative cache:
In a fully associative cache, there is only one set, so the number of index bits is 0.
Number of offset bits = log2(Block size) = log2(4) = 2 bits

Calculate the ratio between total bits over the data storage bits for different cache organizations:
a) Direct-mapped cache:
Total bits = (Tag bits + Index bits + Offset bits) * Number of blocks
Data storage bits = Block size * Word size * Number of blocks
Ratio = Total bits / Data storage bits

Tag bits = 64 - (Index bits + Offset bits) = 64 - (10 + 2) = 52 bits
Total bits = (52 + 10 + 2) * 1024 = 64,000 bits
Data storage bits = 4 * 4 * 1024 = 16,384 bits
Ratio = 64,000 / 16,384 = 3.90625

b) 2-way set associative cache:
Tag bits = 64 - (Index bits + Offset bits) = 64 - (9 + 2) = 53 bits
Total bits = (53 + 9 + 2) * 512 = 32,768 bits
Data storage bits = 4 * 4 * 512 = 8,192 bits
Ratio = 32,768 / 8,192 = 4

c) 4-way set associative cache:
Tag bits = 64 - (Index bits + Offset bits) = 64 - (8 + 2) = 54 bits
Total bits = (54 + 8 + 2) * 256 = 27,648 bits
Data storage bits = 4 * 4 * 256 = 4,096 bits
Ratio = 27,648 / 4,096 = 6.75

d) Fully associative cache:
Tag bits = 64 - (Index bits + Offset bits) = 64 - (0 + 2) = 62 bits
Total bits = (62 + 0 + 2) * 4096 = 262,144 bits
Data storage bits = 4 * 4 * 4096 = 65,536 bits
Ratio = 262,144 / 65,536 = 4

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The answer to your question is that the amount by which a for loop control variable changes is often called a step domain value.

step value is the amount by which the control variable is incremented or decremented in each iteration of the for loop. This value is usually specified as the third in the for loop header, following the initialization of the control variable and the condition for continuing the loop.

it could be noted that the step value determines the number of times the loop will execute, as it determines the increment or decrement of the control variable with each iteration. If the step value is set to 1, for example, the control variable will increment by 1 in each iteration, and the loop will execute a number of times equal to the difference between the initial and final values of the control variable.

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(a) Since f is exponential, we can write f(t) = [tex]Ce^{kt}[/tex] for some constants C and k. We can use the information f(6) = 13 and f(14) = 23 to solve for C and k:

f(6) = [tex]Ce^{6K}[/tex] = 13

f(14) = [tex]Ce^{14k}[/tex] = 23

Now that we have divided both equations, we have:

f(14)/f(6) = [tex]Ce^{14K} / Ce^{6K}[/tex]

                 = [tex]e^{8k}[/tex]  = 23/13

When we take the natural logarithm of both sides, we obtain:

8k = ㏑ 23/13

k = 1/8 ln (23/13)

Substituting this value of k into the first equation, we get:

[tex]13 = Ce^{6k} = Ce^{6*1/8 ln (23/13)} = C(23/13)^{3/4}[/tex]

Solving for C, we get:

[tex]C = 13/(23/13)^{3/4} = 13 (13/23)^{3/4}[/tex]

Therefore, the formula for f(t) assuming f is exponential is:

[tex]13 (13/23)^{3/4} e^{t/8ln(23/13)}[/tex]

(b) To find [tex]f^{-1}(P)[/tex], we solve for t in the equation P = f(t):

[tex]P = 13(13/23)^{3/4} e^{t/8ln(23/13)} = t = 8 ln (P/13(13/23)^{3/4} ) ln(23/13)[/tex]

Therefore, the formula for [tex]f^{-1} (P)[/tex] is:

[tex]f^{-1} (P) = 8ln (P/ 13(13/23)^{3/4} ) ln (23/13)[/tex]

(c) To find f(50), we simply plug in t = 50 into the formula for f(t):

[tex]f(50) = 13 (13/23)^{3/4} e^{50/8ln(23/13)} = 39[/tex]

(rounded to the nearest whole number)

(d) To find [tex]f^{-1}(50)[/tex] , we plug in P = 50 into the formula for [tex]f^{-1} (P)[/tex]:

[tex]f^{-1}(50) = 8 ln (50/13(13/23)^{3/4} ) ln (23/13) = 35.7[/tex]

(rounded to at least one decimal)

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The method of reduction of order is a technique used to find a second solution to a homogeneous linear differential equation when one solution is already known.

However, it cannot be directly used for nonhomogeneous linear differential equations. In nonhomogeneous equations, the method of undetermined coefficients or variation of parameters is typically used to find a particular solution.

Therefore, the statement "the method of reduction of order can also be used for the nonhomogeneous equation" is false. It is important to understand the different techniques for solving differential equations, and to choose the appropriate method based on the type of equation and boundary conditions given.

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The second cylindrical container with a base radius of 14 inches and height of 7 inches requires more metal.

For the first container with a base radius of 7 inches and height of 14 inches:

The area of each base is

= π x 7²

= 49π square inches.

and,  lateral surface area is

= 2π x 7 x 14

= 196π square inches.

So, total surface area = 2(49π) + 196π = 294π square inches.

For the second container with a base radius of 14 inches and height of 7 inches:

The area of each base is

= π x 14²

= 196π square inches.

and,  lateral surface area is

= 2π x 7 x 14

= 196π square inches.

So, total surface area = 2(196π) + 196π = 588π square inches.

Comparing the two surface areas, we can see that the second container requires more metal, as its surface area is greater.

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True. The slope of a line is defined as the change in Y divided by the change in X. In other words, it measures how much the Y value changes for every one unit change in X.

Therefore, if the X value changes by 2 units, the slope will measure how much the Y value changes as a result. The slope can be used to analyze the relationship between two variables, such as in a linear regression model. It is an important statistical measure that helps to understand the direction and strength of the relationship between variables. It can be said that the slope is a crucial measure in mathematics and statistics that helps to analyze data and understand relationships between variables.

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The angle x in the figure is:

x = 34.45°

Trigonometry deals with the relationship between the ratios of the sides of a right-angled triangle with its angles.

Consider triangle ABE:

AB² = AE² + BE²  (Pythagoras theorem)

Notice that AE = BE (This is indicated using the red mark). So we have:

AB² = AE² + AE²

Substitute:

4² = AE² + AE²

16 = 2AE²

AE² = 16/2

AE² = 8

AE = √8

AE = 2√2 in

Using trig. ratio:

sin x° = AE/AD (sine = opposite/hypotenuse)

sin x° = 2√2 / 5

sin x° = 0.5657

x = sin⁻¹(0.5657)

x = 34.45°

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The circulation of[tex]\(F\) around \(C\) is \(\frac{2}{5}\).[/tex]

To calculate the circulation of the vector field [tex]\(F(x, y) = \frac{e^y}{5} \mathbf{i} - \sin(x) \mathbf{j}\)[/tex] around the counter-clockwise oriented rectangle [tex]\(C\) with vertices \((0,0)\), \((2,0)\), \((2,4)\), and \((0,4)\)[/tex], we can apply Green's theorem.

Green's theorem states that the circulation of a vector field around a closed curve is equal to the line integral of the vector field over the curve.

To apply Green's theorem, we first need to compute the line integral of [tex]\(F\) over the curve \(C\)[/tex]. Breaking down the curve into its individual line segments, we have:

[tex]\(\oint_C F \cdot \mathbf{dr} = \int_{AB} F \cdot \mathbf{dr} + \int_{BC} F \cdot \mathbf{dr} + \int_{CD} F \cdot \mathbf{dr} + \int_{DA} F \cdot \mathbf{dr}\)[/tex]

Evaluating each line integral separately, we find:

[tex]\(\int_{AB} F \cdot \mathbf{dr} = \int_{0}^{2} \left(\frac{e^0}{5}\right)dx = \frac{2}{5}\)\(\int_{BC} F \cdot \mathbf{dr} = \int_{0}^{4} \left(\frac{e^y}{5}\right)dy = \frac{e^4 - 1}{5}\)\(\int_{CD} F \cdot \mathbf{dr} = \int_{2}^{0} \left(-\sin(2)\right)dx = 0\)\(\int_{DA} F \cdot \mathbf{dr} = \int_{4}^{0} \left(\frac{e^y}{5}\right)dy = \frac{1 - e^4}{5}\)[/tex]

Adding up these line integrals, we obtain:

[tex]\(\oint_C F \cdot \mathbf{dr} = \frac{2}{5} + \frac{e^4 - 1}{5} + 0 + \frac{1 - e^4}{5} = \frac{e^4 + 2 - e^4}{5} = \frac{2}{5}\)[/tex]

Therefore, the circulation of [tex]\(F\) around \(C\) is \(\frac{2}{5}\).[/tex]

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The ratios are not equal. The ratio 11/2 is not equal to the ratio 11/12.No, the ratio 11/2 and 11/12 are not equal. To determine if two ratios are equal, we need to compare their simplified forms.

The ratio 11/2 can be simplified by dividing both the numerator and denominator by their greatest common divisor, which is 1 in this case. Therefore, 11/2 is already in its simplest form.

The ratio 11/12 can also be simplified. The greatest common divisor of 11 and 12 is 1. Dividing both the numerator and denominator by 1 gives us the simplified form of 11/12, which is also 11/12.

Comparing the simplified forms, we see that 11/2 is not equal to 11/12. The numerator and denominator of these ratios are different, with 2 in the denominator for 11/2 and 12 in the denominator for 11/12.

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the Fourier cosine coefficients for the function f(x) are a0 = 1/2 and an = 0 for n ≠ 0.

To compute the Fourier cosine coefficients for the function f(x), we first need to express f(x) as an even function by extending its definition from [0, 2] to [−2, 2] in an even manner. Since f(x) is defined as 0 for x < 0, we extend it as f(x) = 0 for x < -2. Therefore, the extended function is an even function symmetric about the y-axis.

The Fourier cosine coefficients can then be calculated using the formulas:

a0 = (2/L) × ∫[−L,L] f(x) dx

an = (2/L) × ∫[−L,L] f(x) × cos(nπx/L) dx

In this case, L is the period of the function, which is 4 since f(x) is periodic with a period of 4.

For the computation of a0, we have:

a0 = (2/4) × ∫[−2,2] f(x) dx = (1/2) × ∫[0,2] (4 - x) dx = (1/2) × [4x - (x^2/2)] evaluated from 0 to 2 = 1/2

For the computation of an, we have:

an = (2/4) × ∫[−2,2] f(x) × cos(nπx/4) dx = (1/2) × ∫[0,2] (4 - x) × cos(nπx/4) dx

However, since f(x) = 0 for x < 0, the integral is only non-zero in the interval [0, 2]. Therefore, for n ≠ 0, the integral becomes:

an = (1/2) ×∫[0,2] (4 - x) × cos(nπx/4) dx = 0

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A line graph is best suited for showing changes in statistics over time or space.

Line graphs are commonly used to visualize trends, patterns, and fluctuations in data over a continuous or discrete period. The x-axis represents time or space, while the y-axis represents the corresponding statistic being measured. The line graph connects the data points, allowing for a clear representation of how the statistic changes over the given time or space interval.

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Step-by-step explanation:

1)

imagine the trapezoid standing upright (90°) turned.

then the top and bottom lines are parallel, and the 15 side is with its double right angles the height of the trapezoid.

in general, the area of such a trapezoid is

(top + bottom)/2 × height

in our case that is

(3 + 4)/2 × 15 = 7/2 × 15 = 3.5 × 15 = 52.5 units²

2)

this is basically the sum of the lower rectangle and the upper trapezoid.

the area of the lower rectangle is

58×15 = 870 mm²

the area of the upper trapezoid is (the same formula as before)

(47 + 58)/2 × (21 - 15) = 105/2 × 6 = 52.5 × 6 = 315 mm²

so, the total area is

870 + 315 = 1,185 mm² = 1,185.0 mm²

Answer:

One possible quadratic function that could represent f is:

f(x) = (x + 8)(x - 8)

This factorizes to:

f(x) = x^2 - 64

We can verify that this function has solutions of x = -8 and x = 8 by substituting them into the function and checking that the result is 0:

f(-8) = (-8)^2 - 64 = 0

f(8) = (8)^2 - 64 = 0

Therefore, the function f(x) = x^2 - 64 represents f, with solutions of x = -8 and x = 8.

The median of 3 algorithm does not work in linear time when computing the median of 5. It requires additional comparisons and rearrangements, resulting in a higher time complexity than linear.  The median of 7 algorithm works in linear time when computing the median of 5. It allows for efficient selection of the median by utilizing a larger set of elements, ensuring linear time complexity.

To illustrate this, let's consider the scenario of finding the median of 5 using the median of 3 approach. We start by selecting three elements and finding their median, let's say it's element A. Then we compare element A with the remaining two elements. If A is greater than both of them, it becomes the median. Otherwise, we need to consider another pair of elements and repeat the process. This additional step introduces more comparisons and operations, making the algorithm more complex than a linear time algorithm. When using the median of 7 to compute the median of 5, it works in linear time. The median of 7 algorithm selects the median element from a set of seven elements, which can be done in linear time. By applying this algorithm to find the median of 5, we select a subset of five elements and determine their median using the median of 7 algorithm. This approach ensures that we find the median of 5 in a linear time complexity.

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For an utility function,U(x, y)= x + ln(y)

a)The marginal rate of substitution of function is, MRS = -y.

b) The equation of the indifference curve for function is [tex]y = e^{ \bar U - x} [/tex].

c) The marginal utility of x is constant but the marginal utility of y is decreasing as the consumption of y increases.

Marginal rate of substitution refers to the situation in which one product is substitute for another product. We have a utility function U(x, y) = x + ln(y)

a) To calculate the MRS of the function, use following formula, [tex]MRS= \frac{−MU_x}{MU_y}[/tex]

partial differentiating the utility function, Ux = 1 , Uy = 1/y

=> MRS = - y

The MRS of y is interpreted as the rate by which consumer substitutes x for y depends upon the quantity of good y.

b) To derive the equation of an indifference curve, Let [tex]\bar U = x + ln(y) [/tex]

[tex]e^{ \bar U} = e^{x + ln(y) }[/tex]

[tex]= e^x e^{ln(y) }[/tex]

[tex]= y e^x [/tex]

[tex]y = e^{ \bar U - x} [/tex].

c) Now, compare the marginal utilities of x and y: The marginal utility of x is constant at 1 whereas the marginal utility of y is decreasing as the consumption of y increases. In order to increase the utility, the consumer will spend more on good x and less on good y as the marginal utility of x is constant whereas the marginal utility of y is decreasing.

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The transformation of the expression (x - 2)^3 + 4 involves two key operations: a horizontal shift and a vertical shift.

1. Horizontal Shift: The term "x - 2" represents a horizontal shift to the right by 2 units. This means that the graph of the function is shifted horizontally to the right compared to the graph of the original function.

2. Vertical Shift: The term "+ 4" represents a vertical shift upward by 4 units. This means that the entire graph of the function is shifted vertically upward compared to the graph of the original function.

In summary, the transformation of the expression (x - 2)^3 + 4 involves a horizontal shift to the right by 2 units and a vertical shift upward by 4 units.

The value of x using Pythagoras theorem is: x = √118 mi

Pythagoras Theorem is defined as the way in which you can find the missing length of a right angled triangle.

The triangle has three sides, the hypotenuse (which is always the longest), Opposite (which doesn't touch the hypotenuse) and the adjacent (which is between the opposite and the hypotenuse).

Pythagoras is in the form of;

a² + b² = c²

Thus:

x = √(12² - (√26)²)

x = √(144 - 26)

x = √118 mi

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This graph represents the following inequality: a. x > 4

In Mathematics and Geometry, an inequality simply refers to a mathematical relation that is typically used for comparing two (2) or more numerical data and variables in an algebraic equation based on any of the inequality symbols;

Based on the information provided in this graph with the point located at 4, we have the following equation (inequality);

x > 4

This ultimately implies that, the area above the dashed line must be shaded because the inequality symbol is greater than (>).

Read more on inequality here: brainly.com/question/27976143

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Answer:

The range of f(x) is  { 6 , 7 , 8 }

Step-by-step explanation:

Given a function y=f(x), the domain of f(x) is the set of values that x can take and the range of f(x) is the set of values that f gets when x is in the domain.

We have the function:

f(x)=1/2x+5

And the domain is

(2,4,6)

Compute the range by assigning each value of x:

For x=2:

f(2) = (1/2)2 + 5 = 1 + 5 = 6

For x=4:

f(2) = (1/2)4 + 5 = 2 + 5 = 7

For x=6:

f(2) = (1/2)6 + 5 = 3 + 5 = 6=8

The range of f(x) is:  { 6 , 7 , 8 }

Step-by-step explanation:

First, start with a diagram so you can 'see' the situation....I'll us a compass rose coordinate system ( see image below)

Vertical component of point C  ( which is the resultant displacement from A)

   900 sin(35) + 600 sin (130) = 975.845 km

Horizontal component  900 cos (35) + 600 cos (130) = 351.56 km

Using Pyhtagorean theorem   d = sqrt ( 975.845^2 + 351.56^2)  = 1037 km

    distance from A to C = 1037 km

Bearing of C from A = arctan ( 975.845/351.56) = 70 degrees

[tex]~~~~~~ \textit{Simple Interest Earned} \\\\ I = Prt\qquad \begin{cases} I=\textit{interest earned}\dotfill & \pounds 629.20\\ P=\textit{original amount deposited}\dotfill & \pounds 1210\\ r=rate\to 4\%\to \frac{4}{100}\dotfill &0.04\\ t=years \end{cases} \\\\\\ 629.20 = (1210)(0.04)(t) \implies \cfrac{629.20}{(1210)(0.04)}=t\implies 13=t[/tex]