Answer: 59
Step-by-step explanation:
just multiply 32x2 and then subtract 5 and u wil get 59
Complete the table of values for f(x) = -3|x+1|-4 using the table of values for g(x) = |x|
f(x)>=-7
Functions:
Function, in mathematics, is an expression, rule, or law that defines a relationship between one variable (the independent variable) and another variable (the dependent variable). Functions are ubiquitous in mathematics.
If a variable y is so related to a variable x that whenever a numerical value is assigned to x, there is a rule according to which a unique value of f(x)is determined, then f(x) is said to be a function of the independent variable x
Given :
f(x) = -3|x+1|-4
using the table of values for g(x) = |x|
Solution :
f(x) = -3|x+1|-4
f(x) = -3|g(x)+1|-4
f(x) = -3||x|+1|-4
which means |x| is always positive |x|>0
f(x) = -3||x|+1|-4
f(x) = -3x-3-4
f(x) = -3x-7
f(x)>=-7
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Using the equation f=9/5 c+32 which best describes if the relation c,f is a function?
Answer:
F = (9/5)C + 32 is a function because every Celsius temperature is associated with only one Fahrenheit temperature.
hope this helps!!
Help asp thank you show your work if you want
Answer:
\(y=-\frac{2}{3}x+1\)
Step-by-step explanation:
Parallel means same slope.
\(y=-\frac{2}{3}x+b\)
\(5=-\frac{2}{3} (-6)+b\)
5 = 4 + b
b = 1
\(y=-\frac{2}{3}x+1\)
A scientist isolates 47.593 g of a new, unidentified substance. The scientists also determines the following masses for the elements in the substance: carbon: 43.910 g; hydrogen: 3.683 g.
Finally, the scientist is also able to determine the molecular mass of the substance to be 78.11 u. From these data determine:
a. the percent composition
b. the empirical formula
c. the molecular formula
the molecular formula is obtained by multiplying the empirical formula (CH) by the molecular formula ratio: Molecular formula = (CH) * 6 = C6H6
To determine the percent composition, empirical formula, and molecular formula of the substance, we need to use the given masses of the elements and the molecular mass.
a. Percent Composition:
The percent composition represents the proportion of each element's mass in the total mass of the substance.
For carbon:
Percent composition of carbon = (mass of carbon / total mass of substance) * 100
Percent composition of carbon = (43.910 g / 47.593 g) * 100
Percent composition of carbon ≈ 92.09%
For hydrogen:
Percent composition of hydrogen = (mass of hydrogen / total mass of substance) * 100
Percent composition of hydrogen = (3.683 g / 47.593 g) * 100
Percent composition of hydrogen ≈ 7.74%
Therefore, the percent composition of carbon and hydrogen in the substance is approximately 92.09% and 7.74%, respectively.
b. Empirical Formula:
The empirical formula represents the simplest ratio of the elements in a compound.
To determine the empirical formula, we need to find the mole ratios of the elements. First, we calculate the moles of each element using their masses and molar masses:
Moles of carbon = mass of carbon / molar mass of carbon
Moles of carbon = 43.910 g / 12.01 g/mol
Moles of carbon ≈ 3.659 mol
Moles of hydrogen = mass of hydrogen / molar mass of hydrogen
Moles of hydrogen = 3.683 g / 1.01 g/mol
Moles of hydrogen ≈ 3.649 mol
Next, we divide the number of moles of each element by the smallest number of moles to get the simplest ratio:
Carbon : Hydrogen ≈ 3.659 mol / 3.649 mol ≈ 1:1
The empirical formula of the substance is CH.
c. Molecular Formula:
To determine the molecular formula, we need the molecular mass of the substance.
The molecular mass is given as 78.11 u.
The empirical formula mass can be calculated by adding the molar masses of carbon and hydrogen:
Empirical formula mass = (molar mass of carbon * number of carbon atoms) + (molar mass of hydrogen * number of hydrogen atoms)
Empirical formula mass = (12.01 g/mol * 1) + (1.01 g/mol * 1)
Empirical formula mass = 13.02 g/mol
To find the molecular formula, we divide the molecular mass by the empirical formula mass and determine the whole-number ratio:
Molecular formula ratio = molecular mass / empirical formula mass
Molecular formula ratio = 78.11 g/mol / 13.02 g/mol
Molecular formula ratio ≈ 6
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Use the iterative formula below to work out the value of x3, starting with
x₁ = 8.
X1
2
In
Xn+1 = 5-
Give your answer to 3 d.p.
D
The value based on the iterative formula will be 4.556.
How to calculate the valueAn iterative formula is a mathematical formula that generates a sequence of values by repeatedly applying a set of rules or operations to an initial value. The output of each iteration is used as the input for the next iteration.
In this case, to work out the value of x3 using the given iterative formula, we need to apply the formula three times, starting with x1 = 8:
x₁ = 8 (given)
Using n = 1:
x₂ = 5 - 2 ln(x₁) = 5 - 2 ln(8) ≈ 1.153
Using n = 2:
x₃ = 5 - 2 ln(x₂) = 5 - 2 ln(1.153) ≈ 4.556
Therefore, x3 ≈ 4.556.
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Given vector u equals open angled bracket negative 12 comma negative 5 close angled bracket and vector v equals open angled bracket 3 comma 9 close angled bracket comma what is projvu?
open angled bracket negative 27 over 10 comma negative 81 over 10 close angled bracket
open angled bracket negative 54 over 5 comma negative 9 over 2 close angled bracket
open angled bracket negative 243 over 169 comma negative 729 over 169 close angled bracket
open angled bracket negative 972 over 169 comma negative 405 over 169 close angled bracket
The value of the vector \(proj_{vu}\) is <-972/169, -405/169>. (option d).
The projection of one vector onto another vector can be thought of as the shadow of one vector onto another in the direction of the second vector. Mathematically, the projection of vector v onto vector u can be calculated as follows:
\(proj_{vu}\) = (v · u / ||u||²) x u
Here, · denotes the dot product of two vectors, and ||u|| denotes the magnitude or length of vector u.
Now, let's apply this formula to the given vectors u and v:
u = <-12,-5>
v = <3,9>
To calculate \(proj_{vu}\), we first need to find the dot product of vectors u and v:
u · v = (-12 x 3) + (-5 x 9) = -36 - 45 = -81
Next, we need to find the magnitude of vector u:
||u|| = √((-12)² + (-5)²) = √(144 + 25) = √169 = 13
Now, we can substitute the values we have found into the formula for \(proj_{vu}\):
\(proj_{vu}\) = (-81 / (13²)) x <-12,-5> = <-81/13, -405/169>
Therefore, the answer to the given question is option (d): \(proj_{vu}\) = <-972/169, -405/169>.
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What is the midpoint of AB
Answer:
about -4, 0.5 I believe
Step-by-step explanation:
the distance between AB is 7 theres is 4 on 1 side and 3 on the other making it lean towards the bottom side specifically -0.5 now using basic knowledge we can conclude that the horizo tal coordinate is -4 hope this helps
Please help ASAP! Unit 5.4-5.5 Pre-Calculus question needed so I can retake a test!
Using half angle formula,
the exact value of sin(α/2) = √[5(√5 + 2)]/10the exact value of tan(α/2) = 1/(√5 - 2)What are half angle formula?Half angle formulas are equations that contain the half angles of the trigonometric ratios.
How to find the exact value of sin(α/2)?Given that tanα = -1/2 and π/2 < α < π
To find sin(α/2), we use the half angle formula
sin(α/2) = √[(1 - cosα)/2]
Also, tan²α + 1 = sec²α = 1/cos²α
⇒ cosα = ±1/√(1 + tan²α)
Since π/2 < α < π
cosα = -1/√(1 + tan²α)
Substituing this into the equation for sin(α/2), we have
sin(α/2) = √[(1 - cosα)/2]
sin(α/2) = √[(1 - (-1/√(1 + tan²α)))/2]
Substituting tanα = -1/2 into the equation, we have
sin(α/2) = √[(1 + 1/√(1 + tan²α))/2]
sin(α/2) = √[(1 + 1/√(1 + (-1/2)²))/2]
sin(α/2) = √[(1 + 1/√(1 + 1/4))/2]
sin(α/2) = √[(1 + 1/√(5/4))/2]
sin(α/2) = √[(1 + 1/√5/2)/2]
sin(α/2) = √[(1 + 2/√5)/2]
sin(α/2) = √[(√5 + 2)/√5)/2]
sin(α/2) = √[(√5 + 2)/2√5
sin(α/2) = √[(√5 + 2)/2√5 × √5/√5
sin(α/2) = √[5(√5 + 2)]/2 × 5
sin(α/2) = √[5(√5 + 2)]/10
So, sin(α/2) = √[5(√5 + 2)]/10
b. How to find the exact value of tan(α/2)?Using the half angle formula,
tan(α/2) = sinα/(1 + cosα)
Using the trigonometric identity cosα = ±1/√(1 + tan²α)
cosα = ±1/√(1 + (-1/2)²)
cosα = ±1/√(1 + 1/4)
cosα = ±1/√(5/4)
cosα = ±1/√5/2
cosα = ±2/√5
Since π/2 < α < π
cosα = -2/√5
Also, since the trigonometric identity sinα = ±√(1 - cos²α)
So, sinα = ±√(1 - (-2/√5)²)
sinα = ±√(1 - 4/5)
sinα = ±1/√5
Since π/2 < α < π
sinα = +1/√5
Substituting cosα = -2/√5 and sinα = +1/√5 into the equation for tan(α/2), we have
tan(α/2) = sinα/(1 + cosα)
tan(α/2) = +1/√5/(1 + (-2/√5))
tan(α/2) = +1/√5/(1 - 2/√5)
tan(α/2) = +1/√5/(√5 - 2)/√5)
tan(α/2) = 1/(√5 - 2)
So, tan(α/2) = 1/(√5 - 2)
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Find the volume of this prism.
9 cm
12 cm
6 cm
PLEASE HELP
Answer:
324cm³
Step-by-step explanation:
Volume of a triangular prism = (height x width x base length) / 2
We are given:
Height = 9cm Base length = 6cmWidth = 12cmIf we plug this into the formula we get (9 x 6 x 12) / 2
==> multiply numbers in parenthesis
volume = 648/2
==> simplify division
volume = 324cm³
4/9 + 1/4 divided by 5/6
You want to share a one kilogram gold bar with your friends. How many friends can you give one gram to, if you divide up the gold bar? You want to share a one kilogram gold bar with your friends. How many friends can you give one gram to, if you divide up the gold bar? 1. 1,000 2. 10 3.10,000 4. 100
Answer:
1,000 friends will get 1 gram of gold bar each from 1 kilogram of gold bar
Step-by-step explanation:
1 kilogram of gold bar = 1,000 grams of gold bar
You have 1 kilogram of gold bar
You want each of your friends to get 1 gram
Number of friends that will get 1 gram of gold bar each = 1 kilogram of gold bar / 1 gram
= 1000 gram / 1 gram
= 1,000
Number of friends that will get 1 gram of gold bar each = 1,000 friends
An airplane travels at 300 mph in the direction s 45° e. what is the component form of the velocity vector?
The component form of the velocity vector becomes ⟨150√2, -150√2⟩. This represents the velocity vector's magnitude and direction in terms of its x and y components.
The component form of the velocity vector of an airplane traveling at 300 mph in the direction of S 45° E can be represented as ⟨300cos(45°), -300sin(45°)⟩. This breaks down the velocity vector into its horizontal (x) and vertical (y) components.
To determine the component form of the velocity vector, we need to consider the given direction and magnitude. The direction S 45° E can be broken down into two components: south (negative y-axis direction) and east (positive x-axis direction).
The magnitude of the velocity is given as 300 mph. The horizontal component of the velocity can be found by multiplying the magnitude by the cosine of the angle (45°) since cosine represents the adjacent side divided by the hypotenuse. Thus, the horizontal component is 300 * cos(45°) = 300 * √2 / 2 = 150√2.
Similarly, the vertical component of the velocity can be found by multiplying the magnitude by the sine of the angle (45°) since sine represents the opposite side divided by the hypotenuse. Therefore, the vertical component is 300 * sin(45°) = 300 * √2 / 2 = 150√2.
Combining these components, the component form of the velocity vector becomes ⟨150√2, -150√2⟩. This represents the velocity vector's magnitude and direction in terms of its x and y components.
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Mrs. Pints wrote the volume formula as
“V=Bh”. What does ”B“ represents
Answer B stands For Base and h stands for Height
which of the following shows maximum rise in temperature?
a} 23 to 32
b} [ -10] to 1
c} [-18] to [-11]
d} [-5] to 5
Answer:
b) (-10) to 1Step-by-step explanation:
it shows the maximum rise in temperature.
Answer:
b answer, will show the rise in temperature
HELP!!!
A triangle has sides of 6m and 9m . Which is
a possible length, in meters, of the third side?
A-2m
B-3m
C-5m
D-17m
Answer:
C-5m
Step-by-step explanation:
Answer:
answer is ( b )
A vertical parabola goes through (1, -2), (-3, 10), and (4, 31). Use matrices to solve for D, E, and F, given the general form (since it is a vertical parabola there is not a term)
The general equation of the vertical parabola is
\(y= ax^2+bx+c\), where a,b and c are constant.
The parabola passes through the points D(1,-2), E(-3,10), and F(4,31).
For point D:
\(-2=a(1)^2+b(1)+c\)
\(\Rightarrow -2=a+b+c\cdots(i)\)
For point E:
\(10=a(-3)^2+b(-3)+c\)
\(\Rightarrow 10=9a-3b+c\cdots(ii)\)
For point F:
\(31=a(4)^2+b(4)+c\)
\(\Rightarrow 31=16a+4b+c\cdots(iii)\)
All the three equations can be written in the matrix for as:
\(\[ \left[ {\begin{array}{cc} -2 \\ 10 \\31 \end{array} } \right]\]= \left[ {\begin{array}{ccc} 1 & 1 & 1 \\ 9 & -3 & 1 \\ 16 & 4 &1\end{array} } \right]\] \left[ {\begin{array}{cc} a \\ b \\c \end{array} } \right]\]\)
The value of all the three coefficients can be determined by solving the above equation as
\(\left[ {\begin{array}{ccc} a \\ b \\c \end{array} } \right]= \left[ {\begin{array}{ccc} 1 & 1 & 1 \\ 9 & -3 & 1 \\ 16 & 4 &1\end{array}\right]^{-1} \left[ {\begin{array} -2 \\ 10 \\31 \end{array} } \right]\)
On solving this, we have
\(\Rightarrow \[ \left[ {\begin{array}{ccc} a \\ b \\c \end{array} } \right]\]= \left[ {\begin{array}{ccc} 2 \\ 1 \\-5 \end{array} } \right]\)
So, values of the constants,
a=2, b=1, and c=-5
Hence, the required equation of parabola is
\(y=2x^2+x-5\)
This type of research is intended to be carried out by any professional, in any type of school, to investigate a problem. The findings are limited in their generalizability. a. Historical research. b. Survey research. c. Action research. d. Ethnographic study.
The correct option is:
c. Action research
What type of research is conducted by professionals in any type of school to investigate a problem, with findings that may have limited generalizability?
The type of research conducted by professionals in any type of school to investigate a problem, with findings that may have limited generalizability, is known as action research.
c. Action research.
Action research is a type of research that is intended to be carried out by professionals in any type of school setting to investigate a specific problem or issue. The focus of action research is on practical solutions and making improvements within a particular context.
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Which of the following samples would meet the "random" condition?
Answer:
Brother there's nothing there
Step-by-step explanation:
Find the measure of x in each figure. (Look at photo)
Answer:
x = 20
Step-by-step explanation:
these angles are supplementary, which means they add up to 180°
using this, you can make the following equation:
6x + 60 = 180
subtract 60 from both sides of the equation
6x + 60 - 60 = 180 - 60
6x = 120
divide both sides of the equation by 6
6x/6 = 120/6
x = 20
. The expression 6x 4 represents the number of miles Sarah ran in x hours. The expression 9x represents the number of miles Libby ran in the same number of hours. a. Write an expression to show how many more miles Libby ran than Sarah. b. If they each ran for 3 hours, how many more miles did Libby run
a. The expression to show how many more miles Libby ran than Sarah is 3x - 4.
b. Libby ran 27 - 22 = 5 more miles than Sarah when they each ran for 3 hours.
a. The expression 9x - (6x + 4) represents the number of miles Libby ran more than Sarah. To simplify the expression, we can combine like terms. This gives us: 9x - 6x - 4 = 3x - 4. Therefore, the expression to show how many more miles Libby ran than Sarah is 3x - 4.
b. If Sarah and Libby both ran for 3 hours, Sarah ran 6x + 4 miles in that time. Plugging in 3 for x, we get 6(3) + 4 = 22 miles. On the other hand, Libby ran 9x miles in 3 hours, which is 9(3) = 27 miles. Therefore, Libby ran 27 - 22 = 5 more miles than Sarah when they each ran for 3 hours.
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for both political and macroeconomic reasons, governments are often reluctant to run budget deficits. here, we examine whether policy changes in g and t that maintain a balanced budget are macroeconomically neutral. put another way, we examine whether it is possible to affect output through changes in g and t so that the government budget remains balanced. start from equation (3.8). a. by how much does y increase when g increases by one unit? b. by how much does y decrease when t increases by one unit? c. why are your answers to (a) and (b) different? suppose that the economy starts with a balanced budget: g
Maintaining a balanced budget while influencing the output level of the economy is not necessarily macroeconomically neutral and requires careful consideration of the policy trade-offs involved.
The problem presents a scenario where governments aim to maintain a balanced budget while trying to influence the output level of the economy through changes in government spending (g) and taxes (t). To assess the macroeconomic neutrality of such policy changes, we use equation (3.8) to find the impact of a unit increase in g and t on the output level y.
(a) The impact of a unit increase in g on the output level y is given by the multiplier (1/1-c1), where c1 is the marginal propensity to consume. Therefore, an increase in g by one unit will increase output by the multiplier times the change in g.
(b) The impact of a unit increase in t on the output level y is given by the negative multiplier (-c1/1-c1). Therefore, an increase in t by one unit will decrease output by the negative multiplier times the change in t.
(c) The answers to (a) and (b) are different because an increase in g will increase aggregate demand, leading to a higher equilibrium level of output, while an increase in t will decrease disposable income and hence decrease consumption and aggregate demand, leading to a lower equilibrium level of output.
In the scenario where the government starts with a balanced budget, any increase in government spending will have to be financed through an increase in taxes or a reduction in government transfers. The impact of such policy changes on the output level will depend on the size of the multiplier and the extent to which the increase in taxes or reduction in transfers affects consumption and aggregate demand.
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The numerical value of the standard deviation can never be:
i Zero
ii Negative
iii Larger than the variance
Which of the following statements is true:
a. (i) & (ii)
b. (ii) & (iii)
c. (i), (ii) & (iii)
d. None of the above
Non of the above Statement is true.
What is standard deviations?Standard deviation is a mathematical measure of how spread out a dataset is. It is a measure of the variation or dispersion of a set of values from the mean. It is calculated by taking the square root of the variance. Standard deviation can be used to measure the risk associated with an investment, to compare data sets, or to measure the accuracy of a data set.
The standard deviation is a measure of the dispersion of a set of data from its mean, and it is always a non-negative number. It can sometimes be zero, and it can also be larger than the variance.
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-2y=6. 6x+9y=9 in substitution form
Answer:
\(y=-3,\:x=6\)
Step-by-step explanation:
hope this helped :P
What is the area of a circle with a radius of 1 foot?
1
o žaft
oft²
O 2sft?
Answer:
A = pi ft^2
If we approximate by 3.14
A = 3.14 ft^2
or use the pi button
A =3.141592654 ft^2
Step-by-step explanation:
The area of a circle is found by
A = pi r^2
A = pi (1)^2
A = pi ft^2
If we approximate by 3.14
A = 3.14 ft^2
or use the pi button
A =3.141592654 ft^2
1) Write an equation in slope-intercept form with a slope of 94 and a
y-intercept of -3.
Slope-intercept form is: y = mx + b
Slope: m =
y-intercept: b =
Write the equation: y =
Answer:
y = 3/4x - 3
m= 3/4
y = (0,-3)
Here is a rectangle with length 5 units and width 2 units.
1. What is the area of the rectangle?
2. Dilate rectangle ABCD from point A by a scale factor of 2. Calculate the area of the image.
3. Dilate rectangle ABCD from point A by a scale factor of 3. Calculate the area of the image.
This refers to the ratio between the scale of a given original object and a new object. It is its representation but of a different size (bigger or smaller). For example, if we have a rectangle of sides 2 cm and 4 cm, we can enlarge it by multiplying each side by a number, say 2.
Solving for the area and scale factor we have:
L= 5 units
W = 2 units
The area of the rectangle =L * WA = (5 x 2)
A = 10 square units.
If the rectangle is dilated from point A by a scale factor of 2, the area of the image:A= (Scale factor of L * W)* L * W
= (2 x 2 x 5 x 2)
A = 40 square units.
If the rectangle is dilated from point A by a scale factor of 3, the area of the image is:A= (Scale factor of L * W)* L * W
= (3 x 3 x 5 x 2)
A= 90 square units
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in how many ways can we put 4 different balls in 3 different boxes when any box can contain any number of balls?
The number of ways we can put 4 different balls in 3 different boxes is 81 ways.
How many ways can we put 4 different balls in 3 different boxes?The number of ways we can put 4 different balls in 3 different boxes is calculated as;
If we select a box for the first ball, there are 3 available boxes, so we have 3 ways of arrangement.
If we select a box for the second ball, there are 3 available boxes, so we have 3 ways of arrangement.
If we select a box for the third ball, there are 3 available boxes, so we have 3 ways of arrangement.
If we select a box for the fourth ball, there are 3 available boxes, so we have 3 ways of arrangement.
Total number of ways of arrangement = (3 ways)⁴ = 3⁴ = 81 ways
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As the error bound of the proportion (EBP) increases, what is the effect on the sample size?
There is an inverse relationship between the EBP and the required sample size. As the EBP increases, the required sample size decreases, and vice versa.
As the error bound of the proportion (EBP) increases, the required sample size decreases.
The EBP is a measure of the maximum error that is allowed in estimating a population proportion using a sample proportion. It is calculated as the difference between the sample proportion and the true population proportion, divided by the sample proportion. For example, an EBP of 0.02 means that the estimated proportion could differ from the true population proportion by up to 2%.
When the EBP is large, it means that the allowable margin of error is also large, so we do not need as large a sample size to achieve the desired level of precision in our estimate. In other words, if we are willing to tolerate a larger error in our estimate, we can use a smaller sample size to achieve the same level of accuracy.
Conversely, when the EBP is small, it means that the allowable margin of error is also small, so we need a larger sample size to achieve the desired level of precision in our estimate. This is because a smaller margin of error requires a more precise estimate, which in turn requires a larger sample size to reduce the effect of random sampling variability.
Therefore, there is an inverse relationship between the EBP and the required sample size. As the EBP increases, the required sample size decreases, and vice versa.
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h(x)=3x^2+7
h(0)
help!
Answer:
h(0) = 7
Step-by-step explanation:
by saying h(0) it is asking you to plug in 0 as the x value
3(0)^2 = 0
0 + 7 = 7
Given the following points (1,2), (2,4), (-1,-3) and the Translation Rule (x,y) --> (x+1, y+1) what are the New Coordinates of the "Translated" points?
The requried new coordinates of the translated points are (2, 3), (3, 5), and (0, -2).
What is the transformation of geometry over the coordinate plane?Transform the shapes on a coordinate plane by rotating, reflecting, or translating them. Felix Klein introduced transformational geometry, a fresh viewpoint on geometry, in the 19th century.
Here,
To translate a point using the given rule, we add 1 to the x-coordinate and 1 to the y-coordinate.
For points (1, 2), the new coordinates are (1+1, 2+1) = (2, 3).
For the point (2, 4), the new coordinates are (2+1, 4+1) = (3, 5).
For the point (-1, -3), the new coordinates are (-1+1, -3+1) = (0, -2).
Therefore, the new coordinates of the translated points are (2, 3), (3, 5), and (0, -2).
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