3.28 to nearest thousandth

Answer:

Measure of AC is 150°

Step-by-step explanation:

Given : ∠ABC = 75°

To Find : Arc AC

Solution :

Inscribed Angle Theorem: The measure of an inscribed angle is half the measure of the intercepted arc.

So, using this theorem

ABC=1/2 arc (AC)

->75=1/2 arc (AC)

->75= * 2=arc(AC)

->150=arc(AC)

Arc AC = 150°

BAM, Measure of AC is 150°

your welcome :)

im probably wrong cause i needed like 50 people to help but i hope this helps </33333333

The quotient when (16x^4 + 40x^3 − 24x^2) is divided by 8x^2 is 2x^2 + 3x - 5.

To find the quotient when (16x^4 + 40x^3 − 24x^2) is divided by 8x^2, we perform polynomial long division.

We divide each term of the dividend by the divisor and simplify the result. The steps are as follows:

             2x^2

8x^2 | 16x^4 + 40x^3 - 24x^2

- (16x^4 + 0x^3)

40x^3 - 24x^2

- (40x^3 - 0x^2)

-24x^2

The division process ends here, as the degree of the remaining term (-24x^2) is less than the degree of the divisor (8x^2).

Therefore, the quotient is 2x^2.

Hence, the correct answer is option A: 2x^2 + 3x - 5.

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The equation that represents the total cost of purchasing currency is 1.40x + 1.50y = 3400.00.

The equation that represents the relationship between the number of currency A and number of currency B is x = 5y.

x = 2000 and y = 400

There are 2000 of currency A and 400 of currency B

In order to write a system of linear equations to describe this situation, we would assign variables to the number of currency A and currency B, and then translate the word problem into an algebraic equation as follows:

Since she budgeted $3400.00 for spending money on an upcoming trip and currency A is trading at $1.40 per euro, and currency B is trading at $1.50 per pound, a system of linear equations to describe this situation is given by;

1.40x + 1.50y = 3400.00

x = 5y

1.40(5y) + 1.50y = 3400.00

8.5y = 3400

y = 3400/8.5

y = 400

x = 5y

x = 5(400)

x = 2000

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The given system of linear equations is represented by two lines on the coordinate plane. The first line passes through points (0,2) and (2,3), while the second line passes through points (0,-3) and (2,-2).

To determine the number of solutions the system has, we need to analyze the relationship between these lines.
1. If the lines intersect at a single point, the system has one solution.
2. If the lines are parallel and never intersect, the system has no solution.
3. If the lines coincide and overlap, the system has infinitely many solutions.

Let's find the slopes of both lines:

The slope of the first line is given by (change in y) / (change in x) = (3-2) / (2-0) = 1/2.

The slope of the second line is given by (change in y) / (change in x) = (-2-(-3)) / (2-0) = 1/2.

Since the slopes of the two lines are equal, we can determine that the lines are parallel. Therefore, the system has no solution, as parallel lines never intersect.

In conclusion, the system of linear equations represented by the given graph has no solutions.

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The system of linear equations shown in the graph has no solutions.

To determine the number of solutions, we need to analyze the relationship between the lines.
If the two lines intersect at a single point, the system has one solution. This means that the lines are not parallel and have different slopes.
If the two lines are parallel and do not intersect, the system has no solutions. This occurs when the slopes of the lines are equal but the y-intercepts are different.
If the two lines are the same, they are coincident and have infinitely many solutions. This happens when the slopes and y-intercepts of the lines are equal.
To find the slope of a line, we can use the formula: slope = (change in y)/(change in x). We can use the given points to calculate the slopes of the two lines.
Line 1: (0, 2) and (2, 3)
Slope = (3-2)/(2-0) = 1/2
Line 2: (0, -3) and (2, -2)
Slope = (-2-(-3))/(2-0) = 1/2
The slopes of the two lines are equal, which means they are parallel. However, the y-intercepts of the lines are different (2 for Line 1 and -3 for Line 2). Therefore, the system of linear equations has no solutions.

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The velocity of the body is[tex]v = 108t + t^4[/tex], and the acceleration of the body is a = [tex]108 + 4t^3[/tex].

Given:S(t) = [tex]62.6 + 54t^2 + 0.2t^5[/tex]We are supposed to determine the velocity and acceleration of the body at a given distance.Solution:Velocity v is the derivative of displacement with respect to time, that is[tex],v = S'(t).[/tex]

Let us find the derivative of S(t)dS(t)/dt = [tex]d(62.6)/dt + d(54t^2)/dt + d(0.2t^5)/dt[/tex]We know that d/dt(C) = 0 (where C is a constant)The derivative of 62.6 is zero.[tex]d(54t^2)/dt = 108tandd(0.2t^5)/dt = t^4[/tex]Using the above derivations, the velocity of the body at any given time t is given by,[tex]v = dS(t)/dt = 108t + t^4.[/tex]

The acceleration of the body is the derivative of velocity with respect to time, that is,[tex]a = v'(t)[/tex]Again, let us differentiate[tex]v w.r.t t,dv/dt = d(108t)/dt + d(t^4)/dt = 108 + 4t^3[/tex]Using the above derivation, the acceleration of the body at any given time t is given by[tex],a = dv/dt = 108 + 4t^3.[/tex]

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The distance along the ground between the building and the pilot is approximately 92.19 feet (rounded to the nearest tenth).

To find the distance along the ground between the building and the pilot, we can use trigonometry.

We have the following information:

Angle of elevation (θ) = 38°

Distance from the building to the pilot (opposite side) = 72 ft

We need to find the adjacent side, which represents the distance along the ground.

Using the trigonometric function tangent (tan), we can set up the following equation:

tan(θ) = opposite/adjacent

tan(38°) = 72/adjacent

To find the adjacent side, we rearrange the equation:

adjacent = 72 / tan(38°)

Using a calculator, we can evaluate this expression:

adjacent ≈ 72 / 0.7813 ≈ 92.19 ft

Therefore, the distance along the ground between the building and the pilot is approximately 92.19 feet (rounded to the nearest tenth).

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Answer: 6

Step-by-step explanation:

85-79=6

Answer:

6

Step-by-step explanation:

85-79=6

The ordered triple representing [tex]3u - 2v[/tex] is [tex](13, -8, 5)[/tex].

To find an ordered triple representing [tex]3u - 2v[/tex],

where [tex]u = (5, -2, 3)[/tex] and [tex]v = (1, 1, 2)[/tex],

we can perform the following operations:

[tex]3u = 3(5, -2, 3)[/tex]

[tex]3u = (15, -6, 9)[/tex]

[tex]2v = 2(1, 1, 2)[/tex]

[tex]2v = (2, 2, 4)[/tex]

Now, subtracting 2v from 3u gives:

[tex]3u - 2v = (15, -6, 9) - (2, 2, 4)[/tex]

[tex]3u - 2v = (15-2, -6-2, 9-4)[/tex]

[tex]3u - 2v = (13, -8, 5)[/tex]

Therefore, the ordered triple representing 3u - 2v is (13, -8, 5).

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a) The operating costs can be computed using multiplication and addition as follows:

Depreciation costs = $590

Repairs & Maintenance = $230

Gas & Oil = $280

Insurance = $230

Federal and State Taxes and Levies = $110

Total operating costs = $1,440

b) The depreciation for this vehicle using method 2 will be $590.

The operating costs and depreciation are computed using the mathematical operations of multiplication and addition.

The depreciation cent per mile = 5.9 cents = 0.059 (5.9/100)

The miles driven = 10,000

Year driven = third

Depreciation costs = $590 ($0.059 x 10,000)

Repairs & Maintenance = $230 ($0.023 x 10,000)

Gas & Oil = $280 ($0.028 x 10,000)

Insurance = $230 ($0.023 x 10,000)

Federal and State Taxes and Levies = $110 ($0.011 x 10,000)

Total operating costs = $1,440 ($0.144 x 10,000)

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Answer:

Ingredient | 4 servings | 2 servings | 8 servings

-------------------------------------------------------------------

flour (c)      |        1          |       1/2       |        2          

sugar (c)    |       3/4       |       3/8      |       3/2                

butter (T)   |        1          |       1/2       |        2          

salt (t)        |        1/4       |       1/8       |        1/2  

Step-by-step explanation:

4 servings:

1 c flour

3/4 c sugar

1 T butter

1/4 t salt

2 serving = 4 servings / 2 =

1 c flour/2 = 1/2 c flour

3/4 c sugar/2 = 3/8 c sugar

1 T butter/2 = 1/2 T butter

1/4 t salt/2 = 1/8 t salt

8 servings = 4 servings * 2 =

1 c flour * 2 = 2 c flour

3/4 c sugar * 2 = (3*2)/4 = 3/2 c sugar

1 T butter * 2 = 2 T butter

1/4 t salt * 2 = 2/4 = 1/2 t salt

Table:

Ingredient | 4 servings | 2 servings | 8 servings

-------------------------------------------------------------------

flour (c)      |        1          |       1/2       |        2          

sugar (c)    |       3/4       |       3/8      |       3/2                

butter (T)   |        1          |       1/2       |        2          

salt (t)        |        1/4       |       1/8       |        1/2          

Answer is [tex]2\sqrt{2}[/tex] mi

Given,

Kaylib’s eye-level height is 48 ft

Addison’s eye-level height is 85 and one-third ft above sea level.

From the formula d= [tex]\sqrt{3h/2}[/tex],

get the difference as:

[tex]d=\sqrt{(3*(85+1/3))/2} - \sqrt{(3*48)/2}[/tex]

=[tex]\sqrt{256/2} - \sqrt{3*24}[/tex]

=[tex]\sqrt{128} - 6\sqrt{2}[/tex]

=[tex]8\sqrt{2} - 6\sqrt{2}[/tex]

d=[tex]2\sqrt{2}[/tex]

Therefore, Addison sees [tex]2\sqrt{2}[/tex]mi to the horizon

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The accurate description of the scatterplot would be: "Lower high school GPAs correlate to lower college GPAs, with one exception of a low high school GPA and high college GPA."

The correct answer is D.

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Answer:

false

Step-by-step explanation:

A ⊆ B if every element in A is in B

For the question,

A = {4, 5, 6, 7}

B = {4, 5}

Since all the elements in A are not in B

A [tex]\nsubseteq[/tex] B

Therefore the statement is false

Answer:

The statement is false.

Step-by-step explanation:

The symbol ⊆ is used in set theory to represent the subset relationship.

The notation A ⊆ B signifies that set A is a subset of set B, indicating that every element of set A is also present in set B.

The given statement {4, 5, 6, 7} ⊆ {4, 5} states that the numbers in the first set are also present in the second set.

The statement is false, as the first set {4, 5, 6, 7} contains the numbers 6 and 7 that are not present in the second set {4, 5}. Therefore, {4, 5, 6, 7} is not a subset of {4, 5}, and the statement is false.

Answer:

x=45

Step-by-step explanation:

i hope its right good luck :)

i think im wrong

The event definition that corresponds to exactly one outcome of the experiment is selecting a specific number on the die and drawing a specific card from the set. For example, if the event definition is "rolling a 3 on the die and drawing the card numbered 7," this corresponds to exactly one outcome in the experiment.

In this experiment, there are six possible outcomes for rolling the die (numbers 1 to 6) and ten possible outcomes for drawing a card (numbers 1 to 10).

When we specify a particular number on the die and a particular card from the set, we narrow down the possible outcomes to only one combination. This means that there is only one way this event can occur, making it a single outcome event.

For instance, if we define the event as "rolling a 4 on the die and drawing the card numbered 5," there is only one instance where this can happen.

If the die lands on 4 and the card drawn is number 5, then the event has occurred. Any other combination of numbers on the die or cards from the set would not satisfy this event definition.

Therefore, by specifying a particular number on the die and a specific card from the set, we create an event definition that corresponds to exactly one outcome in the experiment.

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A) The   probability of being shortlisted for interviews  -  1/5

B) The probability of being shortlisted for interviews and employed as the managing director  -  1/10

C) The probability of being employed as managing director, given that the applicant has been shortlisted  -  1/10

D) The probability of being shortlisted and not employed as managing director  -  9/10

E) The probability of not being shortlisted for interviews  -  4/5

A. Shortlisted for interviews

The probability that an applicant selected at random will be shortlisted for interviews is 10/50 = 1/5.

B. Shortlisted for interviews and employed as the managing director

There is only one managing director position, and 10 applicants were shortlisted for interviews.

So, the probability that an applicant selected at random will be shortlisted for interviews and employed as the managing director is 1/10.

C. Employed as managing director, given that he has been shortlisted for interviews

By definition of conditional probability,

p(M|S) = p(M\cap S)/p(S)

=(1/50)/(1/5)

=1/10.

D. Shortlisted and not employed as managing director

The probability that an applicant selected at random will be shortlisted and not employed as managing director is 9/10.

This is because there are 9 applicants who were shortlisted for interviews but not employed as managing director.

E. Not shortlisted for interviews

The probability that an applicant selected at random will not be shortlisted for interviews is

40/50 = 4/5.

This is because 40   applicants were not shortlistedfor interviews.

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Full Question:

Although part of your question is missing, you might be referring to this full question:

A company advertised for a position of managing director the number of applications for position were 50 ,out which 10 were shortlisted for interview,. Determine the probability that an applicant selected at random will be :

A, shortlisted for interviews

B, shortlisted for interviews and employed as the managing director

C , employed as managing director, given that he has been shortlisted for interviews

D, shortlisted and not employed as managing director

E, not shortlisted for interviews.

The length of segment EA, considering the trigonometric ratios in this problem, is given as follows:

146 units.

The three trigonometric ratios are the sine, the cosine and the tangent of an angle, and they are obtained according to the formulas presented as follows:

As the tangent of 45º is of 1, on a triangle with an angle of 45º, the two sides have equal measure, hence the length of BA is given as follows:

BA = 64.

Applying the segment addition postulate, the length of AG is given as follows:

AG + 64 = 137

AG = 137 - 64

AG = 73.

73 is adjacent to the angle of 60º, while EA is the hypotenuse, hence the length of EA is given as follows:

cos(60º) = 73/EA

1/2 = 73/EA

EA = 2 x 73

EA = 146 units.

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An inequality that represent the values of x that ensure triangle ABC exists is: A. 7/4 < x < 11/2.

In Mathematics, the Triangle Inequality Theorem is a type of theorem which states that the sum of any two side lengths of a triangle must be greater than the measure of the third side.

Mathematically, the Triangle Inequality Theorem is represented by this mathematical expression:

b - c < a < b + c

Where:

a, b, and c represent the side lengths of this triangle.

By applying the Triangle Inequality Theorem to the side lengths of this triangle, we have:

2x + 4 + 6x > 18

8x > 18 - 4

x > 14/8

x > 7/4

6x - (2x + 4) > 18

4x > 18 + 4

x > 22/4

x > 11/2

Therefore, we have 7/4 < x < 11/2.

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A careful examination of the residual plot is crucial in determining the goodness of fit for the linear model.To determine whether the linear model from the regression calculator is a good model, we need to analyze the residual plot.

A residual plot is a graphical representation of the differences between the observed values and the predicted values from the linear model.

If the residual plot exhibits random scatter around the horizontal line (y = 0) with no discernible pattern, it suggests that the linear model is a good fit for the data. This indicates that the model captures the underlying linear relationship between the variables adequately, and the residuals have no systematic bias or trend.

However, if the residual plot displays a distinct pattern, such as a curved shape, a funnel shape, or an increasing/decreasing trend, it indicates that the linear model may not be appropriate. In such cases, the model may not be capturing all the relevant information or may be missing higher-order relationships.

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The equivalent expression is [tex]X^5 * Y^{(-4)} - 2.[/tex]

The expression can be simplified as follows:

[tex]X^(-4) * Y / (X^{(-9)} * Y^5) - 2[/tex]

To simplify this expression, we can use the properties of exponents. When dividing terms with the same base, we subtract the exponents:

[tex]X^{(-4)} / X^{(-9)} = X^{(-4 - (-9))} = X^5[/tex]

Similarly, when dividing terms with the same base, we subtract the exponents:

[tex]Y^1 / Y^5 = Y^{(1 - 5)} = Y^{(-4)}[/tex]

Substituting these simplifications back into the expression:

[tex]X^5 * Y^{(-4)} - 2[/tex]

So, the equivalent expression is [tex]X^5 * Y^{(-4)} - 2.[/tex]

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The perimeter of the triangle is 52 units where x = 4.5

To find the perimeter we have to find x. To solve for both x and the perimeter we use the knowledge of tangents to a circle

The formula below exists due to relationship between tangents

2x = 9

x = 4.5

Also, QU = 4, and UR = 13

The perimeter is solved by adding all the sides

= (9 + 4) + (9 + 13) + (4 + 13)

= 13 + 22 + 17

= 52 units

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The probability that Paxon loses all four games is 16/81.

In the games played between the Rattlesnake and Paxon colleges, the probability of each team winning the game is 2/3 and 1/3 respectively.

We find the probability that Paxon loses all four games.

Firstly, we can find the probability of Paxon losing a single game as:

P(Paxon loses) = 1 - P(Paxon wins)

P(Paxon loses) = [tex]1-\frac{1}{3}[/tex] = [tex]\frac{2}{3}[/tex]

To find the probability that Paxon loses all four games, we can assume that the events of losing a game are independent of each other.

This means that losing one game doesn't affect the probability of losing another game.

P(Paxon loses all 4 games) = P(Paxon loses game 1) × P(Paxon loses game 2) × P(Paxon loses game 3) × P(Paxon loses game 4)

P(Paxon loses all 4 games) = [tex](\frac{2}{3} )\times(\frac{2}{3} )\times(\frac{2}{3} )\times(\frac{2}{3} )[/tex]

P(Paxon loses all 4 games) = [tex]\frac{16}{81}[/tex]

Therefore, the probability that Paxon loses all four games is 16/81.

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For the expression [tex]x^64 + ax^b + 25[/tex] to be a perfect square for all integer values of x, b must be 64, and a must be a perfect square, written as a = [tex]y^2.[/tex]

To determine the values of a and b such that the expression[tex]x^64 + ax^b[/tex] + 25 is a perfect square for all integer values of x, we need to analyze the properties of perfect squares.

A perfect square is an expression that can be written as the square of another expression. In this case, we want the given expression to be in the form of[tex](x^n)^2,[/tex] where n is an even integer.

Let's examine the given expression: [tex]x^64 + ax^b[/tex] + 25

For it to be a perfect square, the quadratic term [tex]ax^b[/tex]must have the same exponent as the leading term[tex]x^6^4.[/tex] This means b must be equal to 64.

So we have:[tex]x^64 + ax^64 + 25[/tex]

Now, we can rewrite this as:[tex](x^32)^2 + 2(x^32) (\sqrt{a}) + (\sqrt{25})^2[/tex]

By comparing this with the standard form of a perfect square, ([tex]x^n +\sqrt{k} )^2[/tex], we can deduce that √a must be equal to x^32 and [tex]\sqrt{25}[/tex] must be equal to [tex]\sqrt{k.}[/tex]

Therefore, we have: [tex]\sqrt{a} = x^3^2[/tex]and[tex]\sqrt{25} = \sqrt{k}[/tex]

From the second equation, we know that k = 25.

Now, substituting the value of k back into the first equation, we have: [tex]\sqrt{a} = x^3^2[/tex]

To satisfy this equation for all integer values of x, a must be a perfect square. Therefore, we can express a as a =[tex]y^2[/tex], where y is an integer.

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Mr. Williams takes (total number of questions) / 8 minutes to complete his homework, Miss Hymers takes (total number of questions) / 6 minutes to complete her homework, and the lowest number of questions they could have done is 24.

To find the number of minutes it takes for each of them to complete their homework, we can divide the total number of questions by the number of questions they complete per minute.

For Mr. Williams, he completes 8 questions per minute, so if we divide the total number of questions by 8, we will get the number of minutes it takes for him to complete his homework.

Similarly, for Miss Hymers, she completes 6 questions per minute, so if we divide the total number of questions by 6, we will get the number of minutes it takes for her to complete her homework.

To find the lowest number of questions they could have done if they both completed the same amount of questions and worked for an exact number of minutes, we need to find the least common multiple (LCM) of 8 and 6. The LCM of 8 and 6 is 24. Therefore, the lowest number of questions they could have done is 24.

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Travis' famous letter, addressed to "The People of Texas and All Americans in the World," in which he passionately appealed for reinforcements and vowed to "never surrender or retreat," has become a symbol of the fortitude and sacrifice displayed by the Texan defenders at the Alamo.

The commander of the Texan forces at the Alamo during the famous battle in 1836 was Colonel William B. Travis. Travis, a lawyer and soldier, was chosen as the leader of the Texan garrison at the Alamo, a former mission turned fortress in San Antonio, Texas. He assumed command of the Texan forces in early 1836 and played a crucial role in the defense of the Alamo against the Mexican army led by General Santa Anna.

Travis and his men, along with notable figures such as James Bowie and Davy Crockett, bravely defended the Alamo against overwhelming odds for thirteen days. Despite their courage and determination, the Texan defenders were ultimately overrun by the Mexican forces on March 6, 1836, and suffered heavy casualties, including the deaths of Travis, Bowie, and Crockett.

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90% confident that the population mean falls within the range of $119.26 to $128.74 and the width of the 90% confidence interval is $9.48.

To construct a 90% confidence interval for the population mean, we can use the formula:
Confidence interval = sample mean ± (critical value * (population standard deviation / sqrt(sample size)))
Given that the sample mean is $124.00, the population standard deviation is $18.20, and the sample size is 40, we need to find the critical value for a 90% confidence level.
Using a table or a calculator, the critical value for a 90% confidence level is approximately 1.645.
Plugging in the values into the formula, we get:
Confidence interval = $124.00 ± (1.645 * ($18.20 / sqrt(40)))
Calculating the value inside the parentheses, we get:
Confidence interval = $124.00 ± (1.645 * ($18.20 / 6.324555))
Simplifying the expression inside the parentheses, we get:
Confidence interval = $124.00 ± (1.645 * $2.884)
Calculating the value inside the parentheses, we get:
Confidence interval = $124.00 ± $4.74298
Rounding the confidence interval to two decimal places, we get:
Confidence interval = ($119.26, $128.74)
This means that we can be 90% confident that the population mean falls within the range of $119.26 to $128.74.
To compare the widths of the confidence intervals, we can calculate the difference between the upper and lower limits of the confidence intervals.
For the 90% confidence interval, the width is calculated as:
Width = Upper limit - Lower limit
Width = $128.74 - $119.26
Width = $9.48

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Answer:

probability : 4/7 ≈ 0.57

Step-by-step explanation:

b₁ = 3 + 4 + 3 = 10

b₂ = 4

h² = 5² - 3² = 4²

⇒ h = 4

Ar of trapezium = [tex]\frac{b_1 + b_2}{2}h[/tex]

[tex]\frac{10 + 4}{2} 4\\\\= 14*2\\\\= 28[/tex]

Ar of shaded region = h² = 4² = 16

Probability that the point lies on the shaded region = [tex]\frac{Ar \;of \;shaded \;region }{Ar\; of\; total \;region }[/tex]

= 16/28

= 4/7

≈ 0.57

Step-by-step explanation:

The equation of rectangular coordtion given polar coordinates are

[tex]x = r \cos( \alpha ) [/tex]

[tex]y = r \sin( \alpha ) [/tex]

R is 2, and alpha is 5pi/4

So

[tex]x = 2 \cos( \frac{5\pi}{4} ) = - \sqrt{2} [/tex]

[tex]y = 2 \sin( \frac{5\pi}{4} ) = - \sqrt{2} [/tex]

So our rectangular coordinates are

[tex]( - \sqrt{2} , - \sqrt{2} )[/tex]

To convert from rectangular coordinates to polar coordinates

[tex]r = \sqrt{ {x}^{2} + {y}^{2} } [/tex]

[tex] \alpha = \tan {}^{ - 1} ( \frac{y}{x} ) [/tex]

Since the point (3,-2), is in the fourth quadrant, our angle should be within (270 and 360 degrees)

[tex]r = \sqrt{ {3}^{2} + ( - 2) {}^{2} } = \sqrt{13} [/tex]

[tex] \alpha = \tan {}^{ - 1} ( - \frac{2}{3} ) [/tex]

We about about

[tex] \alpha = 326.31[/tex]

So our polar coordinates are

[tex]( \sqrt{13} ,326.31)[/tex]

The second entry is in degrees. If you need to convert to radians, let me know

sin ∠MQP = [tex]\frac{opposite}{hypotenuse}[/tex] = [tex]\frac{MQ}{MP}[/tex].

To determine the value of sin ∠MQP, we need to use the given information about the triangle.

Since we know the measures of angles MQP and MQN, we can use the fact that the sum of the angles in a triangle is 180 degrees to find the measure of angle QMP.

Let's calculate it:

Angle MQP + Angle MQN + Angle NQM = 180 degrees

56 degrees + 90 degrees + Angle NQM = 180 degrees

Simplifying the equation:

146 degrees + Angle NQM = 180 degrees

Subtracting 146 degrees from both sides:

Angle NQM = 180 degrees - 146 degrees

Angle NQM = 34 degrees

Now, we have all the angles needed to calculate sin ∠MQP.

The sine function relates the lengths of the sides of a right triangle to its angles.

In this case, we are interested in the side opposite to ∠MQP, which is side MQ, and the hypotenuse, which is side MP.

Therefore, sin ∠MQP = opposite/hypotenuse = MQ/MP.

For such more questions on sin

https://brainly.com/question/20367642

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