To determine the points at which a function is discontinuous, you need to analyze the function and identify any points where the function fails to be continuous.
A function is considered discontinuous at a point if any of the following conditions are met:
1. Jump Discontinuity: This occurs when the function approaches different finite values from the left and right sides of a point. For example, consider the function f(x) = {2x, x < 0, 3x, x ≥ 0}. At x = 0, the function approaches different values (0 from the left and 0 from the right), so it has a jump discontinuity at x = 0.
2. Removable Discontinuity: This occurs when a function has a hole or gap at a particular point that can be "filled in" by redefining the function at that point. For example, consider the function f(x) = (x - 1)/(x - 1). At x = 1, the function is undefined (division by zero), but if we redefine the function as f(x) = 1 for x = 1, the hole can be "filled in" and the function becomes continuous.
3. Infinite Discontinuity: This occurs when a function approaches positive or negative infinity at a particular point. For example, consider the function f(x) = 1/x. As x approaches 0 from the left, the function approaches negative infinity, and as x approaches 0 from the right, the function approaches positive infinity. Thus, the function has an infinite discontinuity at x = 0.
4. Other Discontinuities: There may be other types of discontinuities that don't fall into the above categories. For example, oscillating or periodic functions can exhibit discontinuities where the function jumps between different values. Analyzing the behavior of the function near specific points will help you identify these types of discontinuities.
Remember to always analyze the behavior of the function on both the left and right sides of a point to determine the type of discontinuity present.
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Plssssss someone help I've been stuck on this for over an hour.
Answer:
c = √52
Step-by-step explanation:
→ Write Pythagoras' theorem
a² + b² = c²
→ Substitute in the numbers
4² + 6² = c²
→ Simplify
52 = c²
→ Square root both sides
√52 = c
please graph y≤ 2x-3
Rewrite the following equation in slope-intercept form. Y + 5 = 1 7 ( x + 7 )
Answer: y = 17x + 114
Step-by-step explanation:
The equation for the slope-intercept form is y = mx + b.
Arrange the equation so that it resembles y = mx + b.
You will do this by multiplying and subtracting so y is on the left side of the equation and mx + b is on the right side of the equation.
y + 5 = 17(x + 7)
y + 5 = 17x + 119
y + 5 - 5 = 17x + 119 - 5
y = 17x + 114
Answer:
Y = 17x + 114
Step-by-step explanation:
1. Y + 5 = 17 (x+7)
2. Y + 5 = 17x + 119 [Multiply the numbers in parenthesis by 17.]
3. Y = 17x + 114. [To keep the balance and move the 5 over, subtract it from 119.]
prove that the value of each expression is divisible by the given number 8^10-2^27 is divisible by 14
Answer:
Proof below
Step-by-step explanation:
General Strategy:Find factors of divisorUse algebraic properties to reveal those factors in the given expression.Divisibility
A number, p, is divisible by another number, d, if and only if there is some non-negative integer, n, such that n*d=p.
To prove that, 300 is divisible by 10 because, 30 is a non-negative integer, and 10*30=300.
Strategies for Divisibility by a composite number
Note that in the previous example, 10 is a composite number. This means that both one 2 and one 5 (the full list of 10s factors) had to be factored out of the 300.
In the given problem, we are to prove that the number is divisible by 14. Observe 14 is composite with factors of 2 and 7.
Properties of exponentsSince the expression is given with exponents, it will be helpful to recall a few exponent properties to algebraically manipulate the expression.
Recall the following property of exponents:
\(x^{a}*x^{b}=x^{(a+b)}\) \((x^{a})^{b}=x^{ab}\)Finding a factor of 14 in the given expressionOriginal expression...
\(8^{10}-2^{27}\)
Recognizing 8 as a power of 2...
\((2^3)^{10}-2^{27}\)
Simplifying and rewriting so that both terms are powers of 2...
\(2^{30}-2^{27}\)
Observing that both terms have 27 twos as factors...
\(2^{27}*2^{3}-2^{27}\)
Factoring out 27 twos...
\(2^{27}*(2^{3}-1)\)
Simplifying the expression in the parenthesis:
\(2^{27}*(8-1)\)
\(2^{27}*(7)\)
Knowing that we also need a factor of 2, use properties of exponents, and associative property of multiplication...
\((2^{26}*2^1)*7\)
\(2^{26}*(2^1*7)\)
\(2^{26}*(2*7)\)
\(2^{26}*14\)
Since 2^26 is a non-negative integer, the original expression is divisible by 14.
Whats The Answer Marking Brainliest, Please explain your answer:D...
.
Answer:
C. 12x
Each box has 12 envelopes.
The number of total envelopes will be the number of envelopes in a box multiplied by the number of boxes. The number of boxes is unknown, so it is replaced by the variable. This gives us 12x
Derek, Margaret, and Lenny are playing a game of cards. There are 52 cards total. At the beginning of the game, each player gets a starting hand of 7 cards. The order in which a particular player receives his or her cards is unimportant, but it matters who gets which cards. How many different ways can we make starting hands for all three players
There are over 6 quadrillion ways to make starting hands for Derek, Margaret, and Lenny!
We can start by finding the number of ways to choose 7 cards out of the 52 for Derek, then the number of ways to choose 7 cards out of the remaining 45 for Margaret, and then the remaining cards (which will form Lenny's hand).
The number of ways to choose 7 cards out of 52 is:
C(52,7) = 133,784,560
Once Derek has his 7 cards, there are 45 cards remaining, so the number of ways to choose 7 cards for Margaret is:
C(45,7) = 45,379,620
Finally, Lenny gets the remaining cards, so there is only one way to choose his hand.
Therefore, the total number of ways to make starting hands for all three players is:
133,784,560 x 45,379,620 x 1 = 6,081,679,822,404,800
So there are over 6 quadrillion ways to make starting hands for Derek, Margaret, and Lenny!
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A bank charges $3 each time you use an out-of-network ATM. At the beginning of the month, you have $1500 in your bank account. You withdraw $60 from ur bank account each time you use an out-of-network ATM. Graph a linear equation that represents the balance in your account after you use an out-of-network ATM x times
Answer:
\(y=-\frac{63}{1} x+1500\)
Step-by-step explanation:
Create a table:
1500 - 63(0) = 1500
1500 - 63(1) = 1437
1500 - 63(2) = 1374
1500 - 63(3) = 1311
Turn them into ordered pair:
(0, 1500)
(1, 1437)
(2, 1374)
(3, 1311)
(√3+5)(√3-1) How do u solve it?
Answer:
4.93
Step-by-step explanation:
Use calculator
Mark me as brainliest
Answer:
\(4\sqrt3-2\)
Step-by-step explanation:
\((\sqrt3+5)(\sqrt3-1)\\\\3+5\sqrt3-\sqrt3-5\\\\4\sqrt3-2\)
Hope this helps, please award brainliest! Have a nice night.
heeeeeeeeeeeeeeeeeelllllllllllllllllppppppppp
Step-by-step explanation:
Answer is 3 because it is alternate with 3 also it is interior too.
What is the percent of decrease from 63.2 to 35?
Answer:
The percentage of decrease from 63.2 to 35 is 44.5%.
Step-by-step explanation:
To calculate the percent of decrease from 63.2 to 35, we can use the following formula:
percent of decrease = (original value - new value) / original value * 100%
Plugging in the values given in the question, we get:
percent of decrease = (63.2 - 35) / 63.2 * 100%
Solving for the percent of decrease, we get:
percent of decrease = 44.5%
Therefore, the percentage of decrease from 63.2 to 35 is 44.5%.
Answer:
44.6202532 % decrease
Step-by-step explanation:
To find the percent decrease, take the original amount, subtract the new amount and then divide by the original amount
(63.2 - 35) /63.2
28.2/63.2
.446202532
Change to percent form
44.6202532 %
Find the coordinates of the vertices of the figure after the given transformation: T<0,7>
Answer:
Option A.
Step-by-step explanation:
The general transformation works as follows:
T<a,b>(x, y) = (x + a, y + b)
Then for our transformation, we will have:
T<0,7>(x, y) = (x, y + 7)
So now that we know how the transformation works, we need to apply it to the vertices.
Looking at the graph we can see that the vertices are:
X = (-4, -5)
W = (-3, -3)
L = (-5, -2)
Then the new points will be:
X' = (-4, - 5 + 7) = (-4, 2)
W' = (-3, -3 + 7) = (-3, 4)
L' = (-5, -2 + 7) = (-5, 5)
Then the correct option is A.
lil help please thanks, I think I like math
The factored form of the equation is g(x) = -(x + 2)(x − 4)..
What is Factored form?A quadratic expression that is written as the product of a constant times two linear factors is said to be in factored form.
Given:
As, the equation of the function in factored form,
g(x) = a(x − \(r_1\))(x − \(r_2\)),
The function has x-intercepts of -2 and 4.
So (x + 2 )and (x − 4) are factors of the equation.
Now, the value of y changes for 1 unit to the right of the vertex.
The y-value goes down 1 unit for a point 1 unit to the right of the vertex, so a = -1.
So, the equation of this quadratic function is
g(x) = -(x + 2)(x − 4).
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construct a nonzero 22 matrix a such that the solution set of the equation is the line in through (,1) and the origin. then, find a vector b in such that the solution set of is not a line in parallel to the solution set of . why does this not contradict the theorem that states that if the equation is consistent for some given b and p is a solution, then the solution set of is the set of all vectors of the form , where is any solution of the homogeneous equation ?
To construct a nonzero 2x2 matrix A such that the solution set of the equation is the line passing through (0,1) and the origin, we can choose A = [0, 1; 0, 0].
To find a vector b such that the solution set of Ax = b is not a line parallel to the solution set of Ax = 0, we can choose b = [1, 1].
This does not contradict the theorem that states if the equation Ax = b is consistent for some given b and p is a solution, then the solution set of Ax = b is the set of all vectors of the form p + v, where v is any solution of the homogeneous equation Ax = 0.
In this case, the solution set of Ax = b is the line passing through (0,1) and the origin, while the solution set of Ax = 0 is just the origin. Thus, the set of all vectors of the form p + v will not form a line parallel to the line passing through (0,1) and the origin, since it will include additional vectors from the solution set of Ax = 0.
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The random number table simulates an experiment where you toss a coin 90 times. Even digits represent heads and odd digits represent tails. What is the experimental probability, to the nearest percent, of the coin coming up heads?
(A) 45% (B) 50% (C) 54% (D) 56%
The correct answer is (B) 50%. To find the experimental probability of the coin coming up heads, we need to count the number of times heads appear in the random number table and divide it by the total number of tosses.
Since even digits represent heads, we look for even digits in the table.
Counting the number of even digits in the table, we find that there are 45 even digits out of a total of 90 digits.
To find the experimental probability, we divide the number of even digits (45) by the total number of digits (90) and multiply by 100 to convert it to a percentage.
(45/90) * 100 = 50%
Therefore, the experimental probability, to the nearest percent, of the coin coming up heads is 50%.
The correct answer is (B) 50%.
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Isabella is going to an amusement park. The price of admission into the park
is $20, and once she is inside the park, she will have to pay $2 for every ride
she rides on. How much money would Isabella have to pay in total if she goes
on 13 rides? How much would she have to pay if she goes on r rides?
Cost with 13 rides:
Cost with r rides:
Answer:
46$ in total
y=2r+20
If Isabella goes on 13 rides, she would have to pay a total of $46. If she rides 'r' times, the total cost would be expressed by the mathematical equation 20 + 2r.
Explanation:This question relates to a linear relationship involving a fixed cost and a variable cost. In Isabella's case, the fixed cost is the admission fee, which is $20. The variable cost is the rides, where each ride costs $2.
So, if she goes on 13 rides, she will have to pay: $20 (for admission) + ($2 * 13 (rides)) = $20 + $26 = $46.
For r rides, the total cost would be: $20 (for admission) + ($2 * r (rides)). So the total cost for r rides can be expressed in a mathematical equation as: 20 + 2r.
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a sports writer studies the batting average, walk to strikeout ratio, and home runs hit for a certain baseball player for five weeks for an article.
Batting common is the the wide variety of runs scored via way of means of the batsman withinside the wide variety of fits performed via way of means of him in that supply weeks Walk to strike out is the wide variety of wickets taken via way of means of the sports activities character withinside the wide variety of fits performed via way of means of him in that week Home runs are the house run hit via way of means of that participant in that 5 weeks throughout which the sports activities creator cited these types of happenings
If participant A's batting common is .312 and he had 596 at-bats , what number of hits did he get?
The number of hits A got is 186 hits.
A player's batting average is calculated by dividing the number of hits by the number of at-bats.
Player A batting average = 0.312
Number of at-bats A did = 596
We have to find the number of hits A got.
0.312 = Number of hits / 596
Number of hits = 0.312 x 596
= 185.952 hits.
Rounding to a whole number we get,
= 186 hits
Thus, the number of hits A got is 186 hits.
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A photographer plans to frame photos that measure
7 inches long and 6 inches wide. Because his
frames are larger than the photographs, he will
make a mat of uniform width to fill the area between
the photograph and the frame.
Define a unit for each quantity in the worksheet.
Then enter a variable for the mat width and use
this variable to write expressions for the other
quantities.
A unit for each quantity in the worksheet for the mat width are 5.357 inches.
How is the area of a rectangle calculated?The size of a rectangle. A = l × b. Once the length and width are known for any rectangle, the area may be determined. The area of the rectangle is calculated as a square-unit dimension by multiplying length and width.
How do you determine the size of a rectangle frame?Add the height and the width together to get the area of a rectangle. Given that each side of a square is the same length, all you need to do to determine its area is multiply the length of one of its sides by itself.
Length = 7 inches
Width = 6 inches
Area of photograph = length width = 7 6 = 42
Total area of photograph and frame = 84
frame length ( 7 + 2x)
frame width ( 6 + 2x)
Total area = Total area of photograph and frame
( 7 + 2x) ( 6 + 2x) = 84
2 + 13x - 21 = 0
x = 5. 357
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imagine that 2 pairs of correspondingangles in 2 triangles are iof equal measure. what can you conclude about the third set of angles
If two pairs of corresponding angles in two triangles are of equal measure, then the third set of angles must also be equal.
Let's consider two triangles, ∆ABC and ∆DEF. If two pairs of corresponding angles are of equal measure, then we can say that:
∠A = ∠D, and
∠B = ∠E
Now, we need to prove that ∠C = ∠F.
We know that the sum of angles in a triangle is 180°. Therefore:
∠A + ∠B + ∠C = 180° (for triangle ∆ABC)
∠D + ∠E + ∠F = 180° (for triangle ∆DEF)
From the above equations, we can write:
∠C = 180° - ∠A - ∠B
∠F = 180° - ∠D - ∠E
As ∠A = ∠D and ∠B = ∠E, we can substitute the values in the above equations:
∠C = 180° - ∠A - ∠B = 180° - ∠D - ∠E = ∠F
Therefore, we have proved that if two pairs of corresponding angles in two triangles are of equal measure, then the third set of angles must also be equal.
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IF YOU SOLVE THIS CORRECTLY WITH EXPLANATION U WILL GET BRAINILEST
(2y-3)(3y-2)
6y² - 13y + 6 is the product of 2y -3 and 3y - 2.
Expanding linear equations
Given the following linear expression
(2y-3)(3y-2)
We need to expand the expression to get a quadratic function as shown below:
(2y-3)(3y-2) = 2y(3y) - 2(2y) - 3(3y) -3(-2)
(2y-3)(3y-2) = 6y² - 4y - 9y + 6
(2y-3)(3y-2) = 6y² - 13y + 6
Hence the product of 2y - 3 and 3y - 2 is equivalent to 6y² - 13y + 6
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Urgently need help!
S is a geometric sequence.
(a) Given that (√x-1), 1 and (√x + 1) are the first three terms of S, find the value of x.
You must show your work. (3 marks)
(b) Show that the fifth term of S is 7+5√2. (2 marks)
a) \(x=2\)
b) see below
a) Since the first three terms are \(\sqrt{x}-1}\), 1 and \(\sqrt{x}+1}\), the middle term, 1, must be the geometric mean of the other two. Hence
\(1^2=(\sqrt{x} -1)(\sqrt{x} +1)\implies\)
\(1=x-1\implies x=2\)
b)
The common ratio is then \(\sqrt{2}+1\), and the first term is \(\sqrt{2} -1\).
Thus, the fifth term is
\((\sqrt{2} -1)\times(\sqrt{2} +1)^4=(\sqrt{2} +1)^3\)
\(=(\sqrt{2} )3+3(\sqrt{2} )2+3(\sqrt{2} )+1\)
\(=2\sqrt{2} +6+3\sqrt{2} +1\)
\(=7+5\sqrt{2}\)
The importance of sampling, from a managerial perspective, is to o test the correlation between the values of the population o calculate the population parameters accurately O find all the defective products in the population obtain information to draw a valid inference about a population
Answer:
Step-by-step explanation:
The importance of sampling, from a managerial perspective, is to obtain information to draw a valid inference about a population.
Sampling allows managers to collect data from a subset of the population in a cost-effective and efficient manner. By studying the sample, managers can gather insights and make informed decisions about the larger population. This enables them to understand the characteristics, preferences, behaviors, and needs of the population they are interested in.
Sampling helps managers to estimate population parameters accurately. By collecting data from a representative sample and applying statistical techniques, they can make reliable estimates of population parameters such as means, proportions, or correlations. This information is crucial for making informed decisions, developing strategies, and allocating resources effectively.
Testing the correlation between the values of the population is one specific application of sampling, but it is not the sole purpose. Sampling serves a broader purpose of providing information for decision-making, understanding populations, and drawing valid inferences.
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Line segment YV of rectangle YVWX measures 24 units. Rectangle Y V W X is shown. A diagonal is drawn from point X to point V. The lengths of sides Y V and X W are 24 units. The angle of V X W is 30 degrees, the angle of X W V is 90 degrees, and the angle of X V W is 60 degrees. What is the length of line segment YX? 8 units 8 StartRoot 3 EndRoot units 12 units 12 StartRoot 3 EndRoot units
Answer:
The correct answer would be 8 root symbol 3
Step-by-step explanation:
because i chose it and got it right
The length of the line segment YX is \(8\sqrt{3}\) if the line XW is of 24 units.
What is a trigonometric function?It is a ratio of sides of a right angled triangle.
How to use Trigonometric functions?It can be seen that the diagonal is making a right angle triangle XWV so
we will use the trigonometric function to determine the value of WV which will then be equal to XY because it is a rectangle.
tan(30)=VW/XW
1/\(\sqrt{3}\)=VW/24
VW=24/\(\sqrt{3}\)
VW=8\(\sqrt{3}\) UNITS by multiplying and divide by root 3.
Hence the length of the side XY =8 root 3 units.
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Which of the following could be an example of a function with a domain
(-∞0,00) and a range (-∞,4)? Check all that apply.
A. V = -(0.25)* - 4
-
□ B. V = − (0.25)*+4
c. V = (3)* +4
□ D. V = − (3)* — 4
-
The correct options that could be an example of a function with a domain (-∞0,00) and a range (-∞,4) are given below.Option A. V = -(0.25)x - 4 Option B. V = − (0.25)x+4
A function can be defined as a special relation where each input has exactly one output. The set of values that a function takes as input is known as the domain of the function. The set of all output values that are obtained by evaluating a function is known as the range of the function.
From the given options, only option A and option B are the functions that satisfy the condition.Both of the options are linear equations and graph of linear equation is always a straight line. By solving both of the given options, we will get the range as (-∞, 4) and domain as (-∞, 0).Hence, the correct options that could be an example of a function with a domain (-∞0,00) and a range (-∞,4) are option A and option B.
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Directions: Identify the binomial factors of the following trinomials.
1. x2 + 14x + 13
2. x2 + 7x + 12
3. x2 + 8x + 15
4. x2 + 8x + 12
5. x2 + 7x + 10
6. x2 + 5x + 6
7. x2 + 5x + 4
8. x2 + 10x + 21
9. x2 + 10x + 16
10. x2 + 6x + 9
11. x2 + 9x + 20
12. x2 + 9x + 14
13. x2 + 13x + 42
14. x2 + 9x + 18
15. x2 + 17x + 70
(Remember, the factors of the last term that equal the addends of the second term.)
Answer:
1. x= -1 & x= -13
2. x= -3 & x= -4
3. x= -3 & x= -5
4. x= -6 & x= -2
5. x= -5 & x= -2
8. x= -7 & x= -3
9. x= -8 & x= -2
10. x= -3 & x= -3
11. x= -5 & x= -4
12. x= -2 & x= -2
13. x= -6 & x= -7
14. x= -6 & x= -3
15. x= -10 & x= -7
What is the value of x in the equation below?
-2/3 (3/8x + 9)= 3/5(5/12x+10)
A -1
B 0
C 5-
D 3
Answer:
x = - 24
Step-by-step explanation:
- \(\frac{2}{3}\) (\(\frac{3}{8}\) x + 9) = \(\frac{3}{5}\) (\(\frac{5}{12}\) x + 10) ← distribute parenthesis on both sides
- \(\frac{1}{4}\) x - 6 = \(\frac{1}{4}\) x + 6 ( multiply through by 4 to clear the fractions )
- x - 24 = x + 24 ( subtract x from both sides )
- 2x - 24 = 24 ( add 24 to both sides )
- 2x = 48 ( divide both sides by - 2 )
x = - 24
\( \sf - \frac{2}{3} ( \frac{3}{8} x + 9) = \frac{3}{5} ( \frac{5}{12} x + 10)\)
Multiply both sides of the equation by 15.\( \sf \: - 10( \frac{3}{8} x + 9) = 9( \frac{5}{12} x + 10)\)
Distribute -10 through the parentheses.\( \sf \: - \frac{15}{4} x - 90 = 9( \frac{5}{12} x + 10)\)
Distribute 9 through the parentheses.\( \sf \: - \frac{15}{4} x - 90 = \frac{15}{4} x + 90\)
Multiply both sides of the equation by 4.\( \sf \: - 15x - 360 = 15x + 360\)
Move the variable to the left-hand side and change its sign.\( \sf \: - 15x - 360 - 15x = 360\)
Move the constant to the right-hand side and change its sign.\( \sf \: - 15x - 15x = 360 + 360\)
Collect like terms.\( \sf \: - 30x = 720\)
Divide both sides of the equation by-30.\( \boxed{ \tt \: x = - 24}\)
A pair of shoes costs $(4x² - 9) and a bag costs $(2x² - 3x + 5). Find the total cost of five such pairs of shoes and four of the bags, in terms of x.
Five pairs of shoes = 5(4x² - 9) = 20x² - 45.
Four bags = 4(2x² - 3x + 5) = 8x² - 12x + 20
-> Total cost = 20x² - 45 + 8x² - 12x + 20 = 28x² - 12x - 25.
If the density of blood is 1.060 g/ml, what is the mass of 6.56 pints of blood? [1 l = 2.113 pints]
The mass of 6.56 pints of blood is 3.92 grams.
Given
The density of blood = 1.060 g/mL and mass of 6.56 pints
We have 1L = 2.113 pints
The density of a substance can be defined as the ratio of the mass of the substance to the volume of the substance. In chemistry, density is used to measure the concentration of the substance in the solution.
The expression for density = mass/volume
ρ = m/V
m = ρV
Mass = 1.060(1000ml/1L) × 6.56(1L/ 2.113)
= 3290.8 /1000
= 3.29g
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how much money is 10 quarters 17 dimes 40 nickels and 15 pennies
Answer:
$6.35
Step-by-step explanation:
10 quarters =
10 × .25 = $2.50
17 dimes =
17 × .10 = $1.70
40 nickels =
40 × .05 = $2.00
15 pennies =
15 × .01 = $0.15
2.50+1.70+2.00+.15
= 6.35
The total is $6.35.
Write an equation of the line with slope -1 passing through the point (2, 3). *
Answer:
y=-x+5
Step-by-step explanation:
Since the slope you mentioned is -1, it is usually the same thing as -x. Add 2 from 3 to get 5 as your y-intercept in which your slope should be y = -x + 5 as your result.
(x+y) (x+y) - (x-y) (x-y)
Answer:
4xy
Step-by-step explanation:
(x+y) (x+y) - (x-y) (x-y)
(x² + xy + xy + y²) - (x² - xy - xy + y²)
(x² + 2xy + y²) - (x² - 2xy + y²)
x² + 2xy + y² - x² + 2xy - y²
x² - x² + 2xy + 2xy + y² - y²
4xy
Answer:
that could literally be anything, as long as the first sum is greater then the second.
example;
(2+4) (3+5) - (6+1) (5+2)
(or, 6+8 = 14, 7+7 = 14, 14 - 14 = 0)
hope this helped :)