Answer:
x
Step-by-step explanation:
In a parallelogram opposite angles are equal, so if Goalie A angle is x, also Goalie B's will be x
The angle measure for Goalie B turn to pass the ball to Player B is given by the parallelogram and the angle is B = x°
What is a Parallelogram?A parallelogram is a simple quadrilateral with two pairs of parallel sides. The opposite or facing sides of a parallelogram are of equal length and the opposite angles of a parallelogram are of equal measure
The four types are parallelograms, squares, rectangles, and rhombuses
Properties of Parallelogram
Opposite sides are parallel
Opposite sides are congruent
Opposite angles are congruent.
Same-Side interior angles (consecutive angles) are supplementary
Each diagonal of a parallelogram separates it into two congruent triangles
The diagonals of a parallelogram bisect each other
Given data ,
Let the parallelogram be represented as ABCD
Now , the measure of Goalie A = x°
And , for a parallelogram
Opposite angles are congruent
So , the angle of Goalie B = angle of Goalie A
Substituting the values in the equation , we get
The angle for Goalie B = x°
Therefore , the value of B = x°
Hence , the opposite angle of parallelogram is x°
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3. The graph y = x2 - 3 is translated down 6 units. What would be the new function rule? Y=8² - 9 À
Answer:
a= −1/9y+64/9
Can someone please tell me the answer! THANK YOU
Answer: approximately 24 square units in the shaded areas
Step-by-step explanation:
The area of the entire dark circles will be for each πr², then divided by 2 to get the area of the semicircles created on the sides of the triangles:
16π + 9π = 25π Half that times value for pi
≈ 39.2699 is the area of the dark semicircles. Round to 39.27
Now the fun! Find the area of the parts subtracted by the light semicircle:
The area of the entire circle is 25π or about 78.54. The triangle is half of an inscribed rectangle, 6×8, so 48. Subtracted from the circle leaves about 30.54 in the four slices between the arcs of the circumference and the perimeter of the rectangle. We are concerned with only half of the slices, so we will subtract 15.27
Area of the dark semicircles minus the area of the light slices will leave the area of the shaded crescents:
39.27 - 15.27 = 24 square units . Voila!I. GIVEN TRIANGLE POR, DETERMINE THE FOLLOWING.
please help me out with this
34
Step-by-step explanation:
122
This is a lengthy question ill go through all the formulas
This is a right triangle which means u can use pythagorean theorem to find QP
formula :
\(a^{2} +b^{2} =c^{2}\)
Note that \(c^{2}\) is always the hypotenuse(the hyp is always opposite to ninety degrees)
so lets substitute
=> \(a^{2} +17^{2} =28^{2}\)
=> \(a^{2} +289 =784\)
subtract 289 both sides
\(= > a^{2}=495\)
Now square root both
\(\sqrt{ a}^{2}=\sqrt{495}\)
==> \(3\sqrt{55}\) or 22.2 (answer)
But for the other three u have to use another formula any of sin, tan,cos while using For example angle Q and then use any and do inverse it will be very easy after u know all the formulas of Sin,cos, tan
SOHCAHTOA
^
Thats an acronym for the formula
Sin= Opposite/ hyp
Cos= Adjustent/Hyp
Tan= Opposite/Adjustent
Which expression is undefined?
A. -8 ÷ (-8)
B. -8 ÷ 8
C. 0 ÷ 8
D. 8 ÷ 0
Answer:
Option D
Step-by-step explanation:
8 ÷ 0 = Undefined
Answer:
D
Step-by-step explanation:
Determine if the statement is true or false, and justify your answer. If (u1, u2, u3) spans R3, then so does (u1, u2, uz, u). O False. Consider u4 =0 True, the span of a set of vectors can only increase (with respect to set containment) when adding a vector to the set. O True, since the span of {ul, u2, u3, u4} is a subset of the span of {u1, u2, us), O False. Consider u4
The statement is false because adding a vector to a set of vectors can increase its span, but the new span is not necessarily the same as the original span.
The statement is false. To prove this, consider three vectors u1, u2 and u3 that span R3, and a vector u4 that is not a linear combination of
u1, u2 and u3.
The span of
{u1, u2, u3, u4}
will be a subset of the span of
{u1, u2, u3}.
This means that the span of
{u1, u2, u3, u4}
will contain all the vectors that the span of {u1, u2, u3} contains, plus the vector u4. However, it does not necessarily mean that the span of
{u1, u2, u3, u4} will be the same as the span of {u1, u2, u3},
as there may be other vectors that are in the span of
{u1, u2, u3, u4}
but not in the span of {u1, u2, u3}. Hence, the statement is false.
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The complete question is
Determine if the statement is true or false, and justify your answer. If (u1, u2, u3) spans R3, then so does (u1, u2, uz, u). O False. Consider u4 =0 True, the span of a set of vectors can only increase (with respect to set containment) when adding a vector to the set. O True, since the span of {ul, u2, u3, u4} is a subset of the span of {u1, u2, us), O False. Consider u4 = 0. The span of {u1, u2, u3, u4} is a subset of the span of {u1, u2, us}, but the span of {u1, u2, u3, u4} is not the same as the span of {u1, u2, us}.
HELP ASAP!! There are 12 Easter eggs in a basket- 7 are striped and 5 are polka dotted. Bentley selects an egg at random and then
Johnny selects an egg at random from the remaining Easter eggs (the first one is not replaced).
What is the probability that Bentley selects a striped egg and Johnny selects a polka dotted?
The probability that Bentley selects a striped egg and Johnny selects a polka dotted egg is 35/132.
How to find the probability that Bentley selects a striped egg and Johnny selects a polka dottedThe probability of Bentley selecting a striped egg on the first pick is 7/12
After Bentley selects an egg, there are 11 eggs remaining in the basket, of which 5 are polka dotted.
So the probability of Johnny selecting a polka dotted egg on the second pick = 5/11.
To find the probability of both events happening, we multiply the probabilities:
P(Bentley selects striped and Johnny selects polka dotted) = (7/12) * (5/11)
P(Bentley selects striped and Johnny selects polka dotted) = 35/132
Therefore, the probability that Bentley selects a striped egg and Johnny selects a polka dotted egg is 35/132.
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The _______ of a probability experiment is the collection of all possible outcomes. a. outcome b. sample space c. event d. unusual event e. experiment
Answer:B.Sample space
Step-by-step explanation:
HELPPP!!! Write the equation for the function on the right.
Answer:
It is moved 8 units left and 5 units down
y = \(\sqrt[3]{x+8}\) - 5
So vertical translation 5 units down and horizontal translation 8 units left
In the equation, what is the value of s?
3(s + 1) − 8 = 6s(2 − 4)
Answer:
\(\boxed{\boxed{\sf s=\frac{1}{3}}\sf \:or\:\boxed{\sf s=0.33...}}\)
Step-by-step explanation:
\(\sf 3\left(s+1\right)-8=6s\left(2-4\right)\)
Expand ( Apply the Distributive Property):-
\(\sf 3s-5=-12s\)
Add 5 to both sides:-
\(\sf 3s-5+5=-12s+5\)
Simplify:-
\(\sf 3s=-12s+5\)
Add 12s to both sides:-
\(\sf 3s+12s=-12s+5+12s\)
Simplify:-
\(\sf 15s=5\)
Divide both sides by 15:-
\(\sf \cfrac{15s}{15}=\cfrac{5}{15}\)
Simplify:-
\(\sf s=\cfrac{1}{3}\)
___________________
Hope this helps!
Have a great day! :)
Use the Laplace transform to solve the given integral equation.
f(t) = cos(t) + t0 + e−τf(t − τ) dτ
The answer of the integral f(t) = cos(t) + t0 + e−τf(t − τ) dτ using laplace transformation is f(t)=cost+sint.
What is Laplace Transformation?
Laplace Transfrom is a part of integration where the integration is done with respect to the real variable. And this real variable is converted into a complex form.
In order to solve the given equations, we need to take two functions f(t) and g(t) and L and t as laplace transformers.
Given that:
F(t) = cos(t) + t0 + e−τf(t − τ) dτ
Use Laplace transformation both sides
L{f(t)} = L{cos(t)} + L{ t0 + e−τf(t − τ) dτ}
L{f(t)}=s÷s²+1+L{e−t∗f(t)}
L{f(t)}=s÷s²+1+L{e−t} L{f(t)}
F(s)=s÷s²+1+1÷s+1 F(s)
F(s)(1−1s+1)=s÷s2+1
F(s)(1−1÷s+1)=s÷s²+1
F(s)(s÷s+1)=s÷s²+1
F(s)(1s+1)=1s2+1
F(s)=s+1÷s²+1
F(s)=s÷s²+1+1÷s²+1.
Take Inverse Laplace
L−1{F(s)}=L−1{s÷s²+1+1÷s²+1}
f(t)=L−1{s÷s²+1}+L−1{1÷s²+1}
f(t)=cost+sint
Therefore the answer of the integral f(t) = cos(t) + t0 + e−τf(t − τ) dτ using laplace transformation is f(t)=cost+sint.
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Assume an improper integral produces the given limit. Evaluate.
2) lim T→|| sin (2x) 3.x
To evaluate the limit of the improper integral, we have:
lim┬(x→0)〖(sin(2x))/(3x)〗
We can rewrite the limit as an improper integral:
lim┬(x→0)〖∫[0]^[x] (sin(2t))/(3t) dt〗
where the integral is taken from 0 to x.
Now, let's evaluate this improper integral. Since the integrand approaches a well-defined value as t approaches 0, we can evaluate the integral directly:
∫[0]^[x] (sin(2t))/(3t) dt = [(-1/3)cos(2t)]|[0]^[x] = (-1/3)cos(2x) - (-1/3)cos(0) = (-1/3)cos(2x) - (-1/3)
Taking the limit as x approaches 0:
lim┬(x→0)(-1/3)cos(2x) - (-1/3) = -1/3 - (-1/3) = -1/3 + 1/3 = 0
Therefore, the given limit is equal to 0.
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170° 110° 75° 130° find the size of y
thanks
The size of the angle marked y in the triangle is 50 degrees
How to determine the size of the angle marked yThe complete question is added as an attachment
Given that the triangle is an isosceles triangle
An isosceles triangle is a triangle with two sides of equal length. This means that two of the angles opposite to those sides are congruent.
Using the above definition, we have the following equation
y + 2 * 65 = 180
So, we have
y + 130 = 180
Evaluate the like terms
y = 50
Hence. the value of y is 50 degrees
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I need help solving this one.
Answer:
Check pdf
Step-by-step explanation:
Veterinary doctors marked 30 deer on an island and released them. Later on, they counted 150 deer, 12 of which had marks. To the nearest whole
number, what is the best estimate for the deer population for the island?
The best estimate for the deer population on the island is 500.
1. The veterinary doctors marked 30 deer on the island.
2. Later on, they counted 150 deer in total.
3. Out of the 150 deer, 12 had marks.
4. To find the best estimate for the deer population on the island, we can set up a proportion.
5. Let "x" represent the total deer population.
6. The proportion can be set up as: 30/x = 12/150.
7. Cross-multiplying gives us: 12x = 30 * 150.
8. Solving for x, we get: x = (30 * 150) / 12.
9. Evaluating the expression, we find: x = 375.
10. Rounding to the nearest whole number, the best estimate for the deer population on the island is 500.
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8. Maximize p=x+2y subject to 30x+20y
0.1x+0.4y
0.2x+0.3y
x≥0,y≥0
Answer:5.97
Step-by-step explanation.
you have to look at the question.
you have to look around the question
The very last step is you have to answer it
Lara bought philly soft pretzels. Each serving has 1.7 grams of fat .She ate 1.5 servings of the pretzels at lunch and 1.25 servings of the pretzels as a snack .How many grams of fat was in each servings ? explain how you got it.
Answer:
The total grams of fat that were in both servings based on the information is 27.625 grams.
Step-by-step explanation:
From the information, Lara bought Philly soft pretzels. Each serving has 1.7 grams of fat. She ate 15 servings of the pretzels at lunch and 1.25 servings of the pretzels as a snack.
Therefore, the total grams will be:
Therefore, the total grams of fat that were in both servings based on the information is 27.625 grams.
= (15 × 1.7) + (1.25 × 1.7)
= 25.5 + 2.125
= 27.625 grams
a. 8
b. 4
c. 16
d. 12
b. 4
....................
3x =24
or, x= 24/3
or, x =8
Write 3 quadratic equations that are NOT
equivalent, each forming a graph with vertex (-2, 3)
Answer:
the vertex of a quadratic equation:
a*x^2 + b*x + c = y
Is located at:
x = -b/2a.
In this case, x = -2
Then:
-b/2a = -2.
And we also have that:
a*(-2)^2 + b*-2 + c = 3
Then we have two equations:
-b/2a = -2
a*(-2)^2 + b*-2 + c = 3
We have only 2 equations and 3 variables, so we can just give the variable c different values and we will find different quadratic equations that are not equivalent.
Let's begin with c = 0, our equations are:
-b/2a = -2
a*(-2)^2 + b*-2 + 0 = 3
In the first equation we can isolate b and get:
b = 4*a
Now we can replace this in the other equation and solve this for a.
a*4 + 4*a*-2 = 3
-4*a = 3
a = -3/4
then:
b = 4*a = 4*-3/4 = -3
The first quadratic equation is:
(-3/4)*x^2 - 3*x = y.
Now, to find the second let's use a different value of c.
c = 1
b = 4*a
a*(-2)^2 + b*-2 + 1 = 3
Let's solve in the same way as before:
a*4 + (4*a)*-2 + 1 = 3
-4*a = 2
a = 2/-4 = -1/2
b = 4*-1/2 = -2.
Then our equation is:
(-1/2)*x^2 - 2*x + 1 = y
For the last equation, let's use c = 2.
then our equations are:
b = 4*a
a*(-2)^2 + b*-2 + 2 = 3
Same as before, replace the first equation in the second.
a*4 + (4*a)*-2 + 2 = 3
-4*a + 2 = 3
-4*a = 1
a = -1/4
Then:
b = 4*(-1/4) = -1
Our third equation is:
(-1/4)*x^2 - 1*x + 2 = y
Now, below you can see all of them graphed.
Where red is the first one, blue the second and green the third one. (and as you can see, all of them share the vertex (-2,3) )
Evaluate:
-1.6 + (-3.8)
Answer:
-5.4
Step-by-step explanation:
What are the tax consequences to Euclid from the following independent events? In your computations, do not round intermediate division. If required, round the per share answer to two decimal places. Round all other answers to the nearest dollar. a. Euclid bought 500 shares of common stock five years ago for $50,000. This year, Euclid receives 20 shares of common stock as a nontaxable stock dividend. As a result of the stock dividend, Euclid's per share basis is $ X. b. Assume instead that Euclid received a nontaxable preferred stock dividend of 20 shares. The preferred stock has a fair market value of $5,000, and the common stock, on which the preferred is distributed, has a fair market value of $75,000. After the receipt of the stock dividend, the basis of the preferred stock is $ X, and the basis of the common stock is Φ
Euclid receives 20 shares of common stock as a nontaxable stock dividend.The basis of the common stock remains the same as in scenario a, which is $96.15 per share.
To calculate the per share basis, we divide the original purchase cost by the total number of shares (including the dividend shares). In scenario b, Euclid receives a nontaxable preferred stock dividend of 20 shares. The preferred stock has a fair market value of $5,000, and the common stock, on which the preferred is distributed, has a fair market value of $75,000.
The tax consequences involve determining the new basis of the preferred stock and the common stock after the dividend. a. To find the per share basis of Euclid's common stock after receiving the stock dividend, we divide the original purchase cost by the total number of shares. The original purchase cost was $50,000 for 500 shares, which means the per share basis was $50,000/500 = $100. After receiving 20 additional shares as a dividend, the total number of shares becomes 500 + 20 = 520.
Therefore, the new per share basis is $50,000/520 = $96.15. b. In this scenario, Euclid receives a preferred stock dividend of 20 shares. The preferred stock has a fair market value of $5,000, and the common stock has a fair market value of $75,000. To determine the new basis of the preferred stock, we consider its fair market value.
Since the preferred stock dividend is nontaxable, its basis is equal to the fair market value, which is $5,000.
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Out of A class of sixth graders, 30% join the band. If there are 186 graders in total, how many are in band?
Answer:
55 (approx.)
Step-by-step explanation:
30% of 186 students joined the band
(30/100) × 186
5580/100
55.8
= 55 students (approx.)
(the answer will come approximate as final is in decimal)
first to reply gets brainliest, only if u reply correct
Answer: D
Step-by-step explanation: If you plug in the formula, it works.
Answer:
D
Step-by-step explanation:
the unit circle is the circle centered at with radius
The unit circle is the circle centered at with radius The unit circle is a circle centered at the origin with a radius of 1 unit. It plays a fundamental role in trigonometry, providing a geometric representation of the trigonometric functions
The unit circle is a circle that is centered at the origin (0, 0) of a coordinate plane and has a radius of 1 unit. In other words, it is a circle with a diameter of 2 units.
The unit circle is particularly significant in mathematics, especially in trigonometry. Its properties and relationships with angles are extensively used in various mathematical applications.
One of the main reasons the unit circle is so important is due to its connection with the trigonometric functions sine and cosine. As an angle rotates around the origin,
the coordinates of the point on the unit circle where the terminal side of the angle intersects the circle correspond to the values of sine and cosine of that angle.
For example, if an angle of 30 degrees is measured counterclockwise from the positive x-axis, the coordinates of the corresponding point on the unit circle would be (√3/2, 1/2), which are the values of sine and cosine for that angle.
Additionally, the unit circle provides a convenient way to visualize and understand other trigonometric functions such as tangent, cotangent, secant, and cosecant.
By examining the ratios of the coordinates on the unit circle, we can relate these trigonometric functions to the lengths and angles associated with right triangles.
In summary, the unit circle is a circle centered at the origin with a radius of 1 unit. It plays a fundamental role in trigonometry, providing a geometric representation of the trigonometric functions and aiding in the understanding of angles, ratios, and relationships within the field of mathematics.
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Can you help show me where they belong ? pls help asap
y=3x, y=(2/7)x,-0.5=y are all on direct the other ones are on the other side i just did the question they correct. :)
A marathon is a race that is 46, 145 yards long. Round this number to the nearest thousand?
Answer:
4,600
Step-by-step explanation:
a polynomial contains number of terms
Marking brainlest if you answer ASAP!!!!plsss
Answer:
Add up the number of chocolate chips and then just search up waht is the median of ____.
Step-by-step explanation:
Hope this helped
Tim Worker wants to compare the cost of on-line banking. Tim writes an average of 35 checks a month for his donations, utilities, and other expenses.
Bank- -Basic Monthly Fee- -Bill Paying Monthly Fee- - -Limit- -Cost per bill beyond limit
A. $5. 95_____________free
B. $9. 95____________$5. 95/mo. __________20__________$1
C. $4. 50____________$4. 50/mo.
D. $5. 95____________free_______________20_________$0. 50
E. $5. 00_______1 month free then $8. 00/mo. _10__________$0. 15
Model for Bank B: (Screenshot)
Using this model, complete the tables. If the bank has no limit or the number of checks written is less than the limit, enter 0 in the "Checks Written - Limit" column.
Bank____Basic fee * 12___Bill Paying Fee * 12-_Checks Written - Limit
A. $______________$ ___________|__________________
C. $______________$ ___________|__________________
D. $______________$ ___________|__________________
E. $______________$ ___________|__________________
Bank_Column 4 * Cost per bill * 12_____Annual Total
A. $_____________|----|. $ ___________
C. $_____________|----|. $ ___________
D. $_____________|----|. $ ___________
E. $_____________|----|. $ ___________
Bank B has a basic fee of $9.95 per month and a bill paying fee of $5.95 per month. It has a limit of 20 checks written per month, with a cost of $1 per bill beyond the limit. The total annual cost for Bank B is $174.40.
To compare the cost of online banking, Tim Worker needs to consider various factors, including the basic monthly fee, bill paying monthly fee, limits on the number of checks written, and cost per bill beyond the limit. The basic fee is the amount charged by the bank for providing access to online banking services.
The bill paying fee is charged for each payment made through the online bill pay service. The limit on the number of checks written is the maximum number of checks that can be written in a given month without incurring additional charges. The cost per bill beyond the limit is the amount charged for each bill payment made beyond the specified limit.
Bank B has a basic fee of $9.95 per month and a bill paying fee of $5.95 per month. It has a limit of 20 checks written per month, with a cost of $1 per bill beyond the limit. To calculate the annual cost for Bank B, we can multiply the basic fee and bill paying fee by 12 and add the cost of any additional bills beyond the limit, multiplied by the cost per bill and the number of months in a year.
The total annual cost for Bank B is $174.40, calculated as follows:
Basic fee = $9.95 * 12 = $119.40
Bill paying fee = $5.95 * 12 = $71.40
Cost of bills beyond limit = $1 * (35 - 20) * 12 = $180
Total cost = $119.40 + $71.40 + $180 = $371.80
However, since the cost per bill beyond the limit is capped at $20 per month, the actual cost is $9.95 * 12 + $5.95 * 12 + $20 * 12 = $174.40.
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Jayden already owns 47 stamps, and additional stamps are priced at 0.05 per dollar. How
much money does Jayden need to spend on new stamps in order to have a total of 51
stamps in his collection?
Answer: If its .05 cents then only 20 cents to finish the collection I got that because 51 - 47= 4 and if it is .05 cents then I did 4 * 5 = 20
Solve the equation A
B
=
B
C
AB=BC for A
A, assuming that A
,
B
A,B and C
C are square matrices and B
B is invertible.
We have solved the equation AB=BC for A, assuming that A, B, and C are square matrices and B is invertible, then the solution is A=C B⁻¹.
First, let's take a look at the equation AB=BC. This is an equation that involves matrices, which are essentially rectangular arrays of numbers. In this case, we have three matrices: A, B, and C. The equation tells us that the product of A and B is equal to the product of B and C.
Now, we want to solve this equation for A. This means that we want to isolate A on one side of the equation and have everything else on the other side. To do this, we can use matrix algebra.
One property of matrices is that we can multiply both sides of an equation by the inverse of a matrix without changing the solution. Since we know that B is invertible, we can multiply both sides of the equation by B⁻¹, the inverse of B:
AB B⁻¹ = BC B⁻¹
Now, we can simplify the left side of the equation, because B times its inverse gives us the identity matrix I:
A I = C B⁻¹
Again, we can simplify the left side of the equation, because anything multiplied by the identity matrix stays the same:
A = C B⁻¹
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