apples are distributed, one at a time, into six baskets. the first apple goes into basket one, the second into basket two, the third into basket three, and so on, until each basket has one apple. if this pattern is repeated, beginning each time with basket one, into which basket will the 74th apple be placed?

For a one-tailed dependent samples t-Test with 30 participants at the p < .05 level, we need to overcome a specific critical value of 1.697.

This value can be obtained from a t-table or calculated using statistical software. It is important to note that the critical value may vary depending on the specific alpha level chosen and the study's degrees of freedom (df). However, for a one-tailed dependent samples t-Test with 30 participants at the p < .05 level, the critical value of 1.697 is appropriate. This critical value represents the minimum t-value that must be obtained to reject the null hypothesis and conclude that there is a significant difference between the two dependent groups being compared.

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To solve this equation, we can use substitution and algebraic manipulation. θ = 36.86°, 138.19°, 221.81°, 323.14°

Let's start by substituting secθ = 1/cosθ into the equation:

tan²θ + 4secθ – 5 = tan²θ + 4/cosθ – 5

Then, multiply both sides by cos²θ to eliminate the denominator:

tan²θ cos²θ + 4 cosθ - 5 cos²θ = 0

Now, we can use the trigonometric identity tan²θ = sec²θ - 1 to simplify the equation:

(sec²θ - 1) cos²θ + 4 cosθ - 5 cos²θ = 0

Expanding and simplifying, we get:

cos⁴θ - 5cos²θ + 4cosθ - 1 = 0

Let's substitute x = cosθ to simplify the equation:

x⁴ - 5x² + 4x - 1 = 0

We can factor this equation:

(x² - x - 1)(x² + 4x - 1) = 0

Now we solve for x:

x² - x - 1 = 0

Using the quadratic formula, we get:

x = [1 ± √5]/2

We reject the negative root because cosθ is positive in the interval [0, 360]. Therefore, we have:

cosθ = [1 + √5]/2 or cosθ = [-1 - √17]/2

To find the solutions in the interval [0, 360], we take the inverse cosine of each root and convert to degrees:

cos⁻¹([1 + √5]/2) = 36.86°, 323.14°

cos⁻¹([-1 - √17]/2) = 138.19°, 221.81°

Therefore, the solutions of the original equation over the interval [0, 360] are approximately:

θ ≈ 36.86°, 138.19°, 221.81°, 323.14°

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Answer:

If the population grows by 4% each year then

the population in any given year is 104% of

the previous year or 1.04 times as much

P(t) = P0(1.04)t

P(t) is population at time t years

P0 = initial population = 11,000

t = number of years = 15

The derivative of F(x) is 2x times the value of f at x^2.

The problem asks to find the derivative of the function F(x) defined by an integral with respect to the variable x. The fundamental theorem of calculus relates the integral of a function over an interval to the antiderivative of the function evaluated at the endpoints of the interval.

In this case, we have:

F(x) = ∫ x^2 0 f(t) dt

By the fundamental theorem of calculus, we can take the derivative of F(x) by differentiating the integrand with respect to x:

F'(x) = d/dx [∫ x^2 0 f(t) dt]

Using the chain rule of differentiation, we can write:

F'(x) = f(x^2) * d/dx [x^2] - f(0) * d/dx [0]

The second term is zero because it's a constant. The first term can be simplified using the power rule of differentiation:

F'(x) = 2x * f(x^2)

Therefore, the derivative of F(x) is given by F'(x) = 2x * f(x^2).

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Answer:3/4

Step-by-step explanation:

The formula for permutations with repetition is a useful tool for counting the number of distinct sequences we can make when we have objects that are repeated.

It allows us to account for the fact that these objects can be arranged in different orders. The formula for permutations with repetition is:

n! / (n_1! * n_2! * ... * n_k!)

where n is the total number of objects in the sequence, n_1 is the number of objects of type 1, n_2 is the number of objects of type 2, and so on until n_k is the number of objects of type k.

This formula works because when we have objects that are repeated, we need to account for the fact that the same objects can be arranged in different orders. The denominator of the formula takes care of this by dividing out the number of permutations for each type of object.

To understand this better, let's consider an example. Suppose we have a sequence of 6 objects, consisting of 2 As, 2 Bs, and 2 Cs. We want to find the number of distinct sequences we can make.

Using the formula, we have:

6! / (2! * 2! * 2!) = 720 / 8 = 90

This means that there are 90 distinct sequences we can make using these 6 objects. To see why this works, let's consider one possible sequence:

A B C A B C

We can rearrange this sequence in different ways by swapping any of the As with each other, any of the Bs with each other, or any of the Cs with each other. Each of these rearrangements will give us a different sequence, but they will all have the same objects in them. The denominator of the formula takes care of this by dividing out the number of ways we can rearrange the As, the Bs, and the Cs separately.

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The standard form equation of the ellipse is 24(x + 6)^2 + 5(y + 3)^2 = 600

Since the center of the ellipse is at the point (-6, -3), we can write the standard form equation of the ellipse as:

((x + 6)/a)^2 + ((y + 3)/b)^2 = 1

where "a" and "b" are the lengths of the semi-major and semi-minor axes, respectively.

The distance between the center (-6, -3) and the vertices (-6, -13) or (-6, 7) is 10, which is equal to 2a. So, a = 5.

The distance between the foci (-6, -4) and (-6, -2) is 2, which is equal to 2c (where c is the distance between the center and the foci). So, c = 1.

Using the relationship between a, b, and c in an ellipse (a^2 = b^2 + c^2), we can solve for b:

5^2 = b^2 + 1^2

25 - 1 = b^2

b = sqrt(24)

Therefore, the standard form equation of the ellipse is:

((x + 6)/5)^2 + ((y + 3)/sqrt(24))^2 = 1

Simplifying, we get:

24(x + 6)^2 + 5(y + 3)^2 = 600

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Zippy is 20 inches shorter than Leo.

To calculate how much taller Leo is compared to Zippy, we need to convert their heights to a common unit of measurement.

Leo stands 2 3/4 feet tall, which is equivalent to 2.75 x 12 = 33 inches (since 1 foot = 12 inches).

Zippy stands 1 foot 1 inch tall, which is equivalent to 1 x 12 + 1 = 13 inches (since 1 foot = 12 inches and 1 inch = 1/12 foot).

To find the difference in their heights, we subtract Zippy's height from Leo's height:

33 inches - 13 inches = 20 inches

Therefore, Leo is 20 inches taller than Zippy.

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The correct statement regarding the domain of the function is given as follows:

The domain of (f/g)(x) = x³/(x² - 4) is all real numbers except x = -2 and x = 2.

The function for this problem is given as follows:

(f/g)(x) = x³/(x² - 4)

The values that are outside the domain are the values of x for which the denominator is of zero, hence:

x² - 4 = 0

x² = 4

[tex]x = \pm \sqrt{4}[/tex]

[tex]x = \pm 2[/tex]

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The angle of the terminal side through the point (0.5, 0.866) is approximately 59.0° to the nearest tenth of a degree.

To find the angle of the terminal side through a given point on the unit circle, we need to determine the angle measure in degrees.

Let's assume the given point on the unit circle is (x, y). The x-coordinate represents the cosine of the angle, and the y-coordinate represents the sine of the angle.

Using the given point, we can find the angle θ using the inverse trigonometric functions. The angle θ is given by:

θ = arctan(y / x)

However, since the unit circle is symmetrical, we need to consider the signs of x and y to determine the correct quadrant of the angle. This will help us find the angle in the range of 0° to 360°.

Here's an example to illustrate the process:

Let's say the given point on the unit circle is (0.5, 0.866). To find the angle θ, we use the inverse tangent (arctan) function:

θ = arctan(0.866 / 0.5)

Using a calculator, we find θ ≈ 59.036°.

Since the point (0.5, 0.866) lies in the first quadrant, the angle is in the range of 0° to 90°.

Therefore, the angle of the terminal side through the point (0.5, 0.866) is approximately 59.0° to the nearest tenth of a degree.

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A differential equation whose general solution is y=c1e^6t c2e^-2t is  37y'' − 18y' + y = 0

To find a differential equation whose general solution is y=c1e^6t+c2e^−2t, we can differentiate both sides of the equation:

y = c1e^6t+c2e^−2t

y' = 6c1e^6t−2c2e^−2t

y'' = 36c1e^6t+4c2e^−2t

Substituting these expressions for y, y', and y'' into the standard form of a linear homogeneous differential equation:

ay'' + by' + cy = 0

we get:

36c1e^6t+4c2e^−2t + 6(6c1e^6t−2c2e^−2t) + c1e^6t+c2e^−2t = 0

Simplifying this equation, we get:

(37c1)e^6t+(c2) e^−2t=0

Since this equation must hold for all t, the coefficients of each exponential term must be zero. Therefore, we have the system of equations:

37c1 = 0

c2 = 0

Solving for c1 and c2, we get c1 = 0 and c2 = 0.

Since this implies that the differential equation has trivial solution, we need to modify the differential equation slightly. One way to do this is to add a constant to the exponent of one of the terms in the general solution, say e^−2t:

y = c1e^6t+c2e^(−2t+1)

Taking the first and second derivatives of y with respect to t, we have:

y' = 6c1e^6t−2c2e^(−2t+1)

y'' = 36c1e^6t+4c2e^(−2t+1)

Substituting these expressions into the standard form of a linear homogeneous differential equation, we get:

36c1e^6t+4c2e^(−2t+1) + 6(6c1e^6t−2c2e^(−2t+1)) + c1e^6t+c2e^(−2t+1) = 0

Simplifying this equation, we get:

(37c1)e^6t+(9c2)e^(−2t+1)=0

Since this equation must hold for all t, the coefficients of each exponential term must be zero. Therefore, we have the system of equations:

37c1 = 0

9c2 = 0

Solving for c1 and c2, we get c1 = 0 and c2 = 0.

Therefore, the modified differential equation is:

37y'' − 18y' + y = 0

Note that this differential equation has y=c1e^6t+c2e^(−2t+1) as its general solution.

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The general antiderivative of x^(-2/3) is 3x^(1/3) + C, where C is the constant of integration.

To find the antiderivative of x^(-2/3), we can use the power rule of integration, which states that the antiderivative of x^n is (x^(n+1))/(n+1) + C, where C is the constant of integration. Applying this rule with n=-2/3, we get the antiderivative as (x^(-2/3+1))/(-2/3+1) + C, which simplifies to 3x^(1/3) + C. Therefore, the general antiderivative of x^(-2/3) is 3x^(1/3) + C, where C is the constant of integration.

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The situation that describes exponential decay is (a) The value of a piece of machinery decreases by 19% every year.

What is the exponential function?

An exponential function is a mathematical function of the form:

f(x) = aˣ

where "a" is a constant called the base, and "x" is a variable. Exponential functions can be defined for any base "a", but the most common base is the mathematical constant "e" (approximately 2.71828), known as the natural exponential function.

Exponential decay is a mathematical term used to describe the process of decay that happens at an exponential rate.

In this case, the value of the machinery decreases by a percentage every year.

Since the percentage decrease is constant over time, this is an example of exponential decay.

On the other hand, option (b) describes a linear decrease in value since the value decreases by a constant amount of $5000 every year.

Hence, the situation that describes exponential decay is (a) The value of a piece of machinery decreases by 19% every year.

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The figure is misleading for at least two reasons:

Different lengths of time that each artist has been active: The Beatles were active from 1960 to 1970. Elvis Presley was active from 1954 to 1977. Michael Jackson was active from 1971 to 2009. Elton John has been active since 1969. Madonna has been active since 1982.

This means that Elvis Presley had over two decades to sell albums, singles, and videos, while The Beatles only had a decade.

Different ways that music is consumed today: In the past, people would buy albums and singles. Today, people are more likely to stream music or download individual songs.

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No, we cannot conclude that the series [infinity] cn(−2)n n = 0 is convergent, even if [infinity] cn3n n = 0 is convergent.

The convergence of a power series at a point x = a is determined by the values of the coefficients cn and the distance between x and a. If [infinity] cn3n n = 0 is convergent, then the radius of convergence of the power series is at least 1/3, which means the power series converges for |x| < 1/3.

However, the convergence of the series [infinity] cn(−2)n n = 0 cannot be determined by the convergence of [infinity] cn3n n = 0. The radius of convergence of the series [infinity] cn(−2)n n = 0 may be smaller than 1/3, larger than 1/3, or even infinite.

Therefore, we need to test the convergence of [infinity] cn(−2)n n = 0 separately.

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The conditional probability that the second card is a king given that the first card is a diamond is 4/51.

What is probability?

Probability is a measure of the likelihood or chance of an event occurring. It is a number between 0 and 1, with 0 representing an impossible event and 1 representing a certain event. The probability of an event is calculated by dividing the number of ways the event can occur by the total number of possible outcomes.

To find the conditional probability that the second card is a king given that the first card is a diamond, we need to use Bayes' theorem.

Let A be the event that the first card is a diamond, and let B be the event that the second card is a king. We want to find P(B|A), the probability that B occurs given that A has occurred.

Bayes' theorem states:

P(B|A) = P(A|B) * P(B) / P(A)

We know that the probability of drawing a king from a standard deck of cards is 4/52, or 1/13 (since there are 4 kings in a deck of 52 cards). So, P(B) = 1/13.

To find P(A), the probability that the first card is a diamond, we note that there are 13 diamonds in a deck of 52 cards, so P(A) = 13/52 = 1/4.

To find P(A|B), the probability that the first card is a diamond given that the second card is a king, we note that if the second card is a king, then the first card could be any of the remaining 51 cards, of which 13 are diamonds. So, P(A|B) = 13/51.

Putting it all together, we have:

P(B|A) = P(A|B) * P(B) / P(A)

= (13/51) * (1/13) / (1/4)

= 4/51

Therefore, the conditional probability that the second card is a king given that the first card is a diamond is 4/51.

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r'(t) = -5a sin(5t)i + 4b cos(4t)j - 3c sin(3t)k

Thus, we have:

r'(t) = (a(-sin(5t)) + 5acos(5t))i + (b(4cos(4t)))j + (c(-3sin(3t)))k

Simplifying further, we get:

r'(t) = [-5a sin(5t) + a cos(5t)]i + [4b cos(4t)]j + [-3c sin(3t)]k

This is the derivative of the vector function r(t), denoted by r'(t), with respect to the independent variable t. The resulting vector is tangent to the curve described by the vector function r(t) at each point on the curve. It tells us the rate of change of the position vector with respect to time and can be used to find the velocity, acceleration, and other important properties of the curve.

To find the derivative, r'(t), of the vector function r(t) = at cos(5t)i + b sin(4t)j + c cos(3t)k, we need to differentiate each component of the vector function with respect to t.

The derivative of the first component (at cos(5t)i) with respect to t is:
r1'(t) = a(-5 sin(5t)i)

The derivative of the second component (b sin(4t)j) with respect to t is:
r2'(t) = b(4 cos(4t)j)

The derivative of the third component (c cos(3t)k) with respect to t is:
r3'(t) = c(-3 sin(3t)k)

Now, combine these derivatives to form the overall derivative r'(t):
r'(t) = -5a sin(5t)i + 4b cos(4t)j - 3c sin(3t)k

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Answer: 45 in.

Step-by-step explanation:

Step 1:

Length × Width = Area           How to find Area

Step 2:

5 in. × 9 in.       Equation

Answer:

45 in.       Multiply

Naoya has a 70% probability of succeeding at any given free-throw. In a sample of 15 free-throws, he can expect to succeed in 10.5 free-throws on average.

The probability of Naoya succeeding at any given free-throw is 0.7, or 70%. To find the expected number of free-throws he can succeed in a sample of 15, we use the formula for the expected value of a binomial distribution.

The number of trials is 15, the probability of success is 0.7, and we want to find the expected number of successes. The formula for the expected value of a binomial distribution is E(X) = n*p, where E(X) is the expected number of successes, n is the number of trials, and p is the probability of success.

E(X) = 15*0.7 = 10.5.

Therefore, Naoya can expect to succeed in 10.5 free-throws on average in a sample of 15 free-throws.

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There is a 70% probability of succeeding at any given free-throw. In a sample of 15 free-throws, he can expect to succeed in 10.5 free-throws on average.

The probability of Naoya succeeding at any given free-throw is 0.7, or 70%. To find the expected number of free-throws he can succeed in a sample of 15, we use the formula for the expected value of a binomial distribution.

The number of trials is 15, the probability of success is 0.7, and we want to find the expected number of successes. The formula for the expected value of a binomial distribution is E(X) = n*p, where E(X) is the expected number of successes, n is the number of trials, and p is the probability of success.

E(X) = 15*0.7 = 10.5.

Therefore, Naoya can expect to succeed in 10.5 free-throws on average in a sample of 15 free-throws.

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The probability that a player will get an extra turn is 1/2 or 50%.

There are four possible outcomes when a player spins the spinner: 1, 2, 3, or 4. The probability of spinning a one or a three is 2/4 or 1/2, since there are two favorable outcomes out of four equally likely outcomes.

If a player spins a one or a three, they get an extra turn, which gives them another chance to spin the spinner. Since the probability of spinning a one or a three is 1/2, the probability of getting an extra turn is also 1/2.

Therefore, the probability that a player will get an extra turn is 1/2 or 50%.

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The only measure that could represent the perimeter of the triangle is option A: 34 meters.

Let's think about the options for the third side, given that the triangle's two sides are 18 meters and 13 meters in length respectively.

Because doing so would create a degenerate triangle, the third side cannot be shorter than the difference between the other two sides (18 - 13 = 5 meters).

The triangle inequality theory states that the third side cannot be longer than the sum of the previous two sides (18 + 13 = 31 meters).

Let's check the available alternatives now:

A. 34 meters: This is within the possible range since 5 < 34 < 31.

B. 37 meters: This is outside the possible range since 37 > 31.

C. 62 meters: This is outside the possible range since 62 > 31.

D. 68 meters: This is outside the possible range since 68 > 31.

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A) perpendicular

B) parallel

c) parallel

Answer:

Parallel lines.

explanation:

Parallel lines run beside one another and never touch because they stay the same distance apart no matter how long or far stretched they are.

The value of MD (mean difference) for the given repeated-measures research study data can be calculated by subtracting the scores of the first condition from the scores of the second condition for each subject, then calculating the mean of those differences.

The mean difference (MD) for the given data can be calculated as follows:

MD = ((15-10) + (8-4) + (5-7) + (11-6))/4

MD = (5 + 4 - 2 + 5)/4

MD = 3

Therefore, the value of MD for the given data is 3.

In a repeated-measures research study, the same group of subjects is measured on the same variable multiple times. MD represents the average difference between the scores of the same group of subjects on the same variable across two different conditions or time points.

To calculate MD, we need to subtract the scores of the first condition from the scores of the second condition for each subject, and then calculate the mean of those differences. In this case, the mean difference is 3, indicating that there is an average increase of 3 units from the first to the second condition. MD is a useful statistic in repeated-measures studies, as it provides information about the magnitude and direction of the change in the variable being measured.

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Hima's selling price for each sheet of paper is ₹3.2, but Sharon was charged ₹2.9 per sheet. So, Sharon got a discount of:

sql

Copy code

Discount per sheet = Selling price per sheet - Sharon's price per sheet

                  = ₹3.2 - ₹2.9

                  = ₹0.3

Now, Sharon ordered 1250 sheets of paper, so the total discount she got is:

java

Copy code

Total discount = Discount per sheet x Number of sheets

              = ₹0.3 x 1250

              = ₹375

Therefore, Sharon got a total discount of ₹375 in this purchase.

Since we need to round up to the next integer, the required sample size for this experiment is 284 people for the confidence level.

To find the required sample size for NASA's experiment, we can use the following formula for the sample size estimation in a proportion experiment:

[tex]n = (Z^2 * p * (1-p)) / E^2[/tex]

where:
- n is the sample size
- Z is the z-score corresponding to the desired confidence level (85% in this case)
- p is the estimated population proportion (0.33)
- E is the margin of error (0.04)

First, we need to find the z-score for an 85% confidence level. We can look this up in a z-table, or use an online calculator. The z-score for an 85% confidence level is approximately 1.44.

Next, we can plug the values into the formula:
[tex]n = (1.44^2 * 0.33 * (1-0.33)) / 0.04^2[/tex]
n ≈ (2.0736 * 0.33 * 0.67) / 0.0016
n ≈ 283.66

Since we need to round up to the next integer, the required sample size for this experiment is 284 people.

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The solution to the initial value problem is y(t) = -1 + e^t, y(0) = 0.

To solve the initial-value problem using the Laplace transform, we first apply the transform to both sides of the differential equation, using the linearity and derivative properties of the transform:

L{dy/dt} - L{y} = L{1}

sY(s) - y(0) - Y(s) = 1/s

sY(s) - Y(s) = 1/s

Next, we solve for Y(s):

Y(s) = 1/(s(s-1))

We can simplify this expression using partial fractions:

Y(s) = A/s + B/(s-1)

1/(s(s-1)) = A/(s) + B/(s-1)

Multiplying both sides by s(s-1), we get:

1 = As - A + Bs - B

Setting s=0, we get:

1 = -A

A = -1

Setting s=1, we get:

1 = B

B = 1

Therefore, the Laplace transform of the solution y(t) is:

Y(s) = (-1/s) + (1/(s-1))

Taking the inverse Laplace transform, we get:

y(t) = -1 + e^t

Therefore, the solution to the initial-value problem is:

y(t) = -1 + e^t, y(0) = 0

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The total number of personal training sessions they would have received after 5 renewals is given as follows:

20 training sessions.

The total number of personal training sessions they would have received after 5 renewals is obtained applying the proportions in the context of the problem.

The person gets four free sessions after each renewal, hence after five renewals, the number of training sessions is given as follows:

5 x 4 = 20 training sessions.

(the proportion is applied as we get the number of sections for each renewal, hence for n renewals, we simply multiply the number n by the constant).

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(a) (A, B) = 0, (b) ||A|| = √2, (c) ||B|| = √2, (d) d(A, B) = -1. These values are calculated using the given inner product formula and the matrices A and B.

Let's calculate the required values step by step

To find (A, B), we need to substitute the elements of matrices A and B into the given inner product formula:

(A, B) = 2(a₁₁)(b₁₁) + (a₁₂)(b₁₂) + (a₂₁)(b₂₁) + 2(a₂₂)(b₂₂)

Substituting the values from matrices A and B:

(A, B) = 2(1)(0) + (0)(1) + (0)(1) + 2(1)(0)

= 0 + 0 + 0 + 0

= 0

Therefore, (A, B) = 0.

To find ||A|| (norm of A), we need to calculate the square root of the sum of squares of the elements of A:

||A|| = √((a₁₁)² + (a₁₂)² + (a₂₁)² + (a₂₂)²)

Substituting the values from matrix A:

||A|| = √((1)² + (0)² + (0)² + (1)²)

= √(1 + 0 + 0 + 1)

= √2

Therefore, ||A|| = √2.

To find ||B|| (norm of B), we can follow the same steps as in part (b):

||B|| = √((b₁₁)² + (b₁₂)² + (b₂₁)² + (b₂₂)²)

Substituting the values from matrix B:

||B|| = √((0)² + (1)² + (1)² + (0)²)

= √(0 + 1 + 1 + 0)

= √2

Therefore, ||B|| = √2.

To find d(A, B), we need to calculate the determinant of the product of matrices A and B:

d(A, B) = |AB|

Multiplying matrices A and B:

AB = [10 + 01 11 + 00;

00 + 11 01 + 10]

= [tex]\left[\begin{array}{cc}0&1&\\1&0\\\end{array}\right][/tex]

Taking the determinant of AB:

|AB| = (0)(0) - (1)(1)

= -1

Therefore, d(A, B) = -1.

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--The given question is incomplete, the complete question is given below " Use the inner product (A,B) = 2a₁₁b₁₁ + a₁₂b₁₂ + a₂₁b₂₁ + 2a₂₂b₂₂ to find (a) (A, B), (b) ll A ll, (c) ll B ll, and (d) d (A, B) for matrices in M₂,₂

A = [1 0; 0 1]

B = [0 1; 1 0]

Thank you, Please show work"--

The correct option is B, the displacement is 1.5 meters.

Displacement is defined as the difference between the final position and the initial position.

Here we can see a graph that gives the velocity as a function of time.

The velocity at t = 7s is 0m/s

The velocity at t = 8s is  3m/s

Then the acceleration in that interval is:

A = (3m/s - 0m/s)/(8s - 7s) = 3m/s²

And the position will be:

P = (1/2)*3m/s²*(t - 7s)²

Now take the differenve between the positions at t = 8s and t = 7s, we will get:

displacement =  (1/2)*3m/s²*(8s - 7s)² -  (1/2)*3m/s²*(7s - 7s)² = 1.5m

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