\(9 sin^(x/2) = 9 (1 + sin x ) / 2\) Tell me if I'm wrong.
9) Given Then; One of the following statements is Always FALSE a)I and II but Not III b) I and III but Not II c) II and III but Not I d)I, II and III are Always FALSE. 10) Given I) Every zero divisor is a unit in a Ring R II) A non-commutative division Ring is A Field III) There is a proper non -trivial ideal in a Field, I) Every Finite Integral Domain is A field II) In an Integral Domain; If the left cancellation Law holds then the right cancellation law holds III) Every non-Zero divisor is a unit Then; One of the following statements is Always TRUE a) I and II but Not III b) I and III but Not II c) II and III but Not I d)I, II and III are Always TRUE.
One of the following statements is Always FALSE: The statement that is always false is d) I, II, and III are Always FALSE.
In this question, we are given three statements, and we need to determine which one is always false. Let's analyze each option:
a) I and II but Not III: This option suggests that statements I and II are false, but statement III may or may not be false. However, we cannot conclude this without further information.
b) I and III but Not II: This option states that statements I and III are false, but statement II may or may not be false. Similarly, we cannot determine the truth value of this option without additional information.
c) II and III but Not I: This option indicates that statements II and III are false, but statement I may or may not be false. As with the previous options, we cannot definitively determine its truth value.
d) I, II, and III are Always FALSE: This option states that all three statements are always false. However, this is not necessarily the case. It is possible that one or more of the statements could be true in specific contexts or under certain conditions.
Since we cannot determine the truth value of options a), b), or c) without more information, the only statement that is always false is d) I, II, and III are Always FALSE.
One of the following statements is Always TRUE:
The statement that is always true is b) I and III but Not II.
In this question, we are given three statements, and we need to identify which one is always true. Let's analyze each option:
a) I and II but Not III: This option suggests that statements I and II are true, but statement III may or may not be true. However, we cannot determine the truth value of this option without further information.
b) I and III but Not II: This option states that statements I and III are true, but statement II may or may not be true. Similarly, we cannot definitively determine the truth value of this option without additional information.
c) II and III but Not I: This option indicates that statements II and III are true, but statement I may or may not be true. As with the previous options, we cannot determine its truth value without more information.
d) I, II, and III are Always TRUE: This option states that all three statements are always true. However, this is not necessarily the case. It is possible that one or more of the statements could be false in certain scenarios.
Since we cannot determine the truth value of options a), c), or d) without more information, the only statement that is always true is b) I and III but Not II.
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for the following question, find the volume of the given prism. round to the nearest tenth if necessary
Answer:
D) 269.3
Step-by-step explanation:
Rectangular prism volume:
V = whl
V = (12.1)(5.3)(4.2)
V = 269.346
Scientists use the Logistic Growth function P(t) =PoK/Po+(K-Po)e^rot
to model population growth where Po is the population at some reference point, K is the carrying capacity which is a theoretical upper bound of the population and ro is the base growth rate of the population.
Write a logistic growth function for the world 1999 (t=0) reached 6 billion, K=15 billion and r0= 0.025 per year.
The required answer is P(t) = 9.0066 billion / 1 + (15 billion - 9.0066 billion) e^(0.025 * t)
The Logistic Growth function is:P(t) = PoK / Po + (K - Po) e^(r0*t)
Where,Po is the population at some reference point
K is the carrying capacity of the population
ro is the base growth rate of the population
Given that for the year 1999, t = 0 and the population was 6 billion, carrying capacity K = 15 billion, and base growth rate ro = 0.025 per year.Po = 6 billion K = 15 billion r0 = 0.025
We substitute these values into the logistic growth function:
P(t) = PoK / Po + (K - Po) e^(r0*t)
P(t) = 6 billion * 15 billion / 6 billion + (15 billion - 6 billion) e^(0.025 * 0)P(t) = 90 billion / 15 billion + 9 billion
P(t) = 99 billion / 15 billion + 9 billionP(t) = 6.6 + 9 billion = 9.0066 billion
So, the logistic growth function for the world when it had 6 billion people in 1999 with carrying capacity K = 15 billion and base growth rate ro = 0.025 per year is:
P(t) = 9.0066 billion / 1 + (15 billion - 9.0066 billion) e^(0.025 * t)
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Given the following proposition:
[A ⊃ ~(B · Y)] ≡ ~[B ⊃ (X · ~A)]
Given that A and B are true and X and Y are false, determine the truth value of Proposition 1A
The truth value of Proposition 1, [A ⊃ ~(B · Y)] ≡ ~[B ⊃ (X · ~A)], is true when A and B are true, and X and Y are false.
First, we'll evaluate each part of the proposition:
1. A ⊃ ~(B · Y): Since A is true and B · Y is false (due to Y being false), the statement becomes "true ⊃ ~false", which simplifies to "true ⊃ true". This is true.
2. B ⊃ (X · ~A): Since B is true, X is false, and ~A is false, the statement becomes "true ⊃ (false · false)", which simplifies to "true ⊃ false". This is false.
Now, we'll evaluate the equivalence ([A ⊃ ~(B · Y)] ≡ ~[B ⊃ (X · ~A)]): The statement becomes "true ≡ ~false", which simplifies to "true ≡ true". Therefore, the truth value of Proposition 1 is true.
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Given: K is the midpoint of JL, M is the midpoint of LN,
JK = MN
Prove:
KL
≅
LM
Answer:
Given that JK = MN, JK = KL, and LM = MN, therefore, by transitive property, we have;
KL ≅ LM
Step-by-step explanation:
The given information are;
The midpoint of the segment JL = The point K
The midpoint of the segment LN = The point M
Given that JK = MN
The two column proof is given as follows;
Statement \({}\) Reason
1) JK = KL \({}\) Definition of the midpoint of segment JL
2) LM = MN \({}\) Definition of the midpoint of a segment LN
3) JK = MN \({}\) Given
4) KL ≅ LM \({}\) Transitive property.
PLEASE HELP I AM BEGGING
Answer: The answer should be A, Isosceles
Step-by-step explanation: Have a great day!
a sample is a subset of all possible data values for a given subject under consideration. t/f
It is true to say that a subset of data values is a sample.
A sample is characterized as a more manageable and compact version of a bigger group. It is a smaller population that shares traits with a larger population.The population members who are invited to take part in surveys are considered the sample.When should we use samples rather than the population?When the population is just too largeWhen we have limited timeThere are two types of sampling techniques:
Probability (simple random sampling, stratified sampling, etc.) and non-probability (snowball sampling, purposive sampling, etc.) sampling techniques.
Meanwhile, the population refers to the total number of items. It can be items, people, etc. For example, the population would be all the students in an area or all the employees in a company.
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Determine whether QRS is a right triangle for the given vertices. Explain.
Q(12, 15), R(18, 15), S(12, 7)
A. yes; QR = , QS = , RS = ; RS^2 + QS^2 = RQ^2
B. no; QR = , QS = , RS = ; QR^2 + QS^2 ≠ RS^2
C. yes; QR = , QS = , RS = ; QR^2 + QS^2 = RS^2*
D. no; QR = , QS = , RS = ; RS^2 + QS^2 ≠ RQ^2
As QR + QS = RS, confirming that QRS is a right triangle.
Hence Option C is the correct answer
To determine whether QRS is a right triangle,
We can use the Pythagorean Theorem,
Which states that in a right triangle, the square of the length of the hypotenuse (the side opposite the right angle) is equal to the sum of the squares of the lengths of the other two sides.
Using the coordinates given, we can calculate the lengths of the sides QR, QS, and RS using the distance formula.
QR = √[(18-12)² + (15-15)²] = 6
QS = √[(12-12)² + (15-7)²] = 8
RS = √[(18-12)² + (15-7)²] = 10
Now, we can check if the Pythagorean Theorem holds true for QRS.
Option A states that QRS is a right triangle because,
RS² + QS² = RQ².
However, this is incorrect as RQ is not a side of the triangle.
Option B states that QRS is not a right triangle because,
QR² + QS² ≠ RS².
This is also incorrect as we can see that the Pythagorean Theorem does not hold true for this triangle.
Option C states that QRS is a right triangle because,
QR² + QS² = RS².
This is the correct answer as we can see that the Pythagorean Theorem holds true for this triangle. Therefore, QRS is a right triangle.
Option D states that QRS is not a right triangle because,
RS² + QS² ≠ RQ².
This is incorrect as we have already established that RQ is not a side of the triangle.
In conclusion, the correct answer is option C and we can confirm that QRS is a right triangle.
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45 POINTS -Find the perpendicular line. Don’t explain
By analytical geometry, the line y = - 2 · x - 1 represents a line perpendicular to the line shown in the picture. (Correct choice: C)
How to find the equation of a line perpendicular to another line
According to analytical geometry, lines are described by polynomials of the form:
y = m · x + b
Where:
m - Slopeb - Interceptx - Independent variable.y - Dependent variable.And the equation of the perpendicular line pass through a point of original line and is related to the slope of the line by following relationship:
m · m' = - 1
Where:
m - Slope of original line.m' - Slope of perpendicular line.First, determine the slope and intercept of the original line:
(x, y) = (0, 1)
1 = m · 0 + b
b = 1
(x, y) = (2, 0)
0 = m · 2 + b
2 · m + b = 0
m = - b / 2
m = - 1 / 2
Second, calculate the slope of the perpendicular line:
m' = 1 / (- 1 / 2)
m' = - 2
Third, we conclude by discarding options that the equation of the perpendicular line is y = - 2 · x - 1.
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f(x) = xe-x ce-x, for what positive value of c does f have an absolute minimum at x = -5?
The positive value of c that makes the function f(x) = xe^(-x)ce^(-x) have an absolute minimum at x = -5 is approximately 16.05.
To find the value of c that gives an absolute minimum at x = -5, we need to analyze the behavior of the function. First, we differentiate f(x) with respect to x to find the critical points. The derivative of f(x) is f'(x) = -x^2e^(-2x)ce^(-x). Setting f'(x) = 0 and solving for x, we find x = 0 as a critical point.
However, we are interested in finding the value of c that results in an absolute minimum at x = -5. Plugging x = -5 into f(x), we get f(-5) = -5e^(5)c^(-5)e^(5). Since e^5 is positive, to minimize f(-5), c should be as large as possible. Taking the limit as c approaches infinity, we find that f(-5) approaches 0.
Therefore, c should be a large positive value. Calculating the exact value, we find c ≈ 16.05 gives an absolute minimum at x = -5 for the function f(x).
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A number is chosen at random from 1 to 10. Find the probability of selecting a 6 or greater.
Answer:
1/2
Step-by-step explanation:
p(event) = (number of desired outcomes)/(total number of outcomes)
How many different outcomes are there? You can choose 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10, so the total number of possible outcomes is 10.
How many outcomes are desired. The desired outcomes are any outcomes with a number 6 or higher. Which numbers are 6 or higher? 6, 7, 8, 9, 10. There are 5 outcomes that are 6 or higher, so there are 5 desired outcomes.
p(event) = (number of desired outcomes)/(total number of outcomes)
p(event) = 5/10 = 1/2
Answer: 1/2
help please i’m giving away 15 points math grade 7
Answer:
3.6
Step-by-step explanation:
\(\frac{2}{3}\)(6a+9)=20.4
4a+6=20.4
4a=14.4
a=3.6
Which of the following equations results in infinitely many solutions?
9x80 = 8(x + 10)
9x + 10- 1x = 8(x + 10)
9x + 80 1x = 8(x + 10)
9x + 80 1x = 9(x + 10)
The equation with infinitely many solutions is:
9x + 80 - 1x = 8*(x + 10)
Which equation has infinitely many solutions?
An equation has infinitely many solutions when the dependence on x vanishes.
If you look at the third equation, we get:
9x + 80 - 1x = 8*(x + 10)
If we simplify the left side and expand the right side, we get:
8x + 80 = 8x + 80
So we have the exact same thing in both sides, this means that the equation is true for any value of x, so the equation has infinite solutions.
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Listed below is a series of experiments and associated random variables. In each case, identify the values that the random variable can assume and state whethe is discrete or continuous. Experiment Random Variable (x) Values Continuo a. Take a 15-question examination Select your answer - ✓ - Select your answ Number of questions answered correctly Number of cars arriving at tollbooth - Select your answer - V - Select your answ b. Observe cars arriving at a tollbooth for 1 hour c. Audit 50 tax returns Number of returns containing errors - Select your answer - - Select your answ Select your answer - - Select your answ d. Observe an employee's work Number of nonproductive hours in an nine-hour workday e. Weigh a shipment of goods Number of pounds Select your answer - - Select your answ of experiments and associated random variables. In each case, identify the values that the random variable can assume and state whether the random variable S. xperiment Random Variable (x) Values Continuous or Discrete examination - Select your answer - - Select your answer - Number of questions answered correctly Number of cars arriving at tollbooth g at a tollbooth for 1 hour - Select your answer - ✓ - Select your answer - Select your answer - Number of returns containing errors - Select your answer - ✓ - Select your answer - - Select your answer - V ee's work Number of nonproductive hours in an nine-hour workday f goods Number of pounds - Select your answer - - Select your answer - V
This is because the number of pounds can take on an infinite number of values within a range.
The following table shows a series of experiments and associated random variables:ExperimentRandom Variable (x)Values
Continuous or Discrete
a. Take a 15-question examinationNumber of questions answered correctlyDiscreteb. Observe cars arriving at a tollbooth for 1 hourNumber of cars arriving at tollboothDiscretec. Audit 50 tax returnsNumber of returns containing errorsDiscreted. Observe an employee's workNumber of nonproductive hours in a nine-hour workdayDiscretee. Weigh a shipment of goodsNumber of poundsContinuous
The random variable in experiment a is discrete. This is because the number of questions answered correctly can only take on a finite number of values.The random variable in experiment b is also discrete. This is because the number of cars arriving at the tollbooth can only take on a finite number of values.The random variable in experiment c is also discrete. This is because the number of returns containing errors can only take on a finite number of values.The random variable in experiment d is discrete. This is because the number of nonproductive hours in a nine-hour workday can only take on a finite number of values.The random variable in experiment e is continuous.
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Zion has scores of 92, 97, 94, and 86 on three math tests. What must his grade be on his next text so he can average test grade is a 91?
The average score is 97
What is average ?
In plain English, an average is a single number chosen to represent a group of numbers; it is often the sum of the numbers divided by the number of numbers in the group. The average of the numbers 2, 3, 4, 7, and 9 is, for instance, 5.
Average, mean, median, and norm all refer to something that sits in the middle. The average is the ratio created by dividing the total number of figures in a set by the total number of figures. scored 85 on tests on average. The term "mean" can refer to the simple average or to a value that lies halfway between two extremes.
Let the grade he got on final test be x
The average of all four grades is 91.
So, we have
(92+89+86+x)/4 = 91
⇒x=364−267
= 97
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Match each table to its corresponding explicit formula.
Answer:
see attached
Step-by-step explanation:
The answer is in below picture
Answer:
First table = \(f (n)\) = \(2\) · \((4)^{n-1}\)
Second table = \(f (n)\) = \(3\) · \((2)^{n - 1}\)
Third table = \(f (n)\) = \(2\) · \((6)^{n - 1}\)
I hope this helps you.
Identify the roots and y-intercept of the function below. Fill in the sign table and
sketch a graph. Your graph must accurately cross all known intercepts.
f(x) = (x + 7)²(x - 1)
Identify the y-intercept of the function.
Type here to search
D
Next
The y-intercept is found by setting x=0 on graph , which gives f(0) = (0+7)²(0-1) = -49. The roots are x = -7 and x = 1.
What is graph?A graph is a visual representation of data, relationships or functions. It typically consists of an x-axis, y-axis and plotted points that represent values or data points.
What is intercept?In a graph, an intercept is the point where the graph intersects with the x-axis or y-axis. The x-intercept is where the graph crosses the x-axis, and the y-intercept is where it crosses the y-axis.
According to the given information:
The intercept is the point at which a function or graph intersects with one of the axes, either the x-axis or y-axis. In the case of the function f(x) = (x + 7)²(x - 1), the y-intercept is found by setting x = 0 and evaluating the function, which gives f(0) = (0 + 7)²(0 - 1) = -49. Therefore, the y-intercept is -49.
A graph is a visual representation of a function or relationship between variables. In this case, the graph of f(x) = (x + 7)²(x - 1) would show how the output (y-value) of the function changes as the input (x-value) changes. To sketch the graph, we can use a sign table to identify the roots of the function (where it crosses the x-axis) and the sign of the function in each interval. The roots of this function are x = -7 and x = 1 (with a double root at x = -7), and the function is positive to the left of x = -7, negative between x = -7 and x = 1, and positive to the right of x = 1. We can use this information to sketch the graph, making sure to accurately cross the x-axis at each root and passing through the y-intercept of -49.
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PLEASE WHAT IS THE ANSWER????
Answer:
6
Step-by-step explanation:
A = 4 cm * 3 cm/2
A = 6 cm^2
Answer:
6
Step-by-step explanation:
Over which interval is the graph of the parent absolute value function decreasing?
(–[infinity], [infinity])
(–[infinity], 0)
(–6, 0)
(0, [infinity])
The graph of the parent absolute value function is decreasing over the interval (-∞, 0). The function exhibits a decreasing behavior as x moves from negative infinity towards zero, where the absolute value decreases.
The parent absolute value function is defined as f(x) = |x|. To determine where the graph of this function is decreasing, we need to identify the intervals where the function's slope is negative.
Let's analyze the behavior of the parent absolute value function:
For x < 0, the function can be rewritten as f(x) = -x. In this interval, the function is a linear function with a negative slope of -1. As x decreases, f(x) also decreases, indicating a decreasing behavior.
For x > 0, the function remains f(x) = x. In this interval, the function is a linear function with a positive slope of 1. As x increases, f(x) also increases, indicating an increasing behavior.
At x = 0, the function is not differentiable since the slope changes abruptly from negative to positive. However, it is worth noting that the function does not strictly decrease or increase at x = 0.
Therefore, we can conclude that the graph of the parent absolute value function is decreasing over the interval (-∞, 0).
In this interval, as x moves from negative infinity towards zero, the function values decrease. The farther away x is from zero (in the negative direction), the larger the absolute value, resulting in a decrease in the function values.
On the other hand, the graph of the parent absolute value function is increasing over the interval (0, ∞), as explained earlier.
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For a two-tailed test at 12. 66% significance level, the critical value of z is:.
for a two-tailed test at a 12.66% significance level, the critical values of z are approximately +1.53 and -1.53. We are looking for the z-score that corresponds to the area to the right of it (for the positive critical value) equal to 0.0633.
For a two-tailed test at a 12.66% significance level, we need to find the critical value of z.
Step 1: Determine the significance level for each tail.
Since this is a two-tailed test, we need to divide the overall significance level (12.66%) by 2. This gives us 6.33% (or 0.0633 in decimal form) in each tail.
Step 2: Find the z-score associated with the given significance level.
To find the critical value of z, you can use a z-table or an online calculator. We are looking for the z-score that corresponds to the area to the right of it (for the positive critical value) equal to 0.0633.
Using a z-table or calculator, you'll find that the z-score is approximately ±1.53.
So, for a two-tailed test at a 12.66% significance level, the critical values of z are approximately +1.53 and -1.53.
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Show
your
work.
14.7
+ 87,4
102.6
24.1
42,4
4. Grayson is making a snack mix for his family camping trip
He added 14.52 ounces of peanuts to 27.35 ounces of
granola. How many ounces of snack mix does he have?
The ounces of snack mix that Grayson made during the family camping is 41.87 ounces.
What is an equation?An equation is an expression that shows the relationship between two or more numbers and variables.
An independent variable is a variable that does not depend on other variables while a dependent variable is a variable that depends on other variables.
Grayson added 14.52 ounces of peanuts to 27.35 ounces of granola.
Amount of snack mix = 14.52 ounces + 27.35 ounces = 41.87 ounces.
The ounces of snack mix that Grayson made during the family camping is 41.87 ounces.
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If TA bisects ∠YTB, TC bisects ∠BTZ, m∠YTA = 4y + 6, and m∠BTC = 7y – 4, find m∠CTZ
The calculated measure of the angle CTZ is 38 degrees
How to calculate the measure of CTZFrom the question, we have the following parameters that can be used in our computation:
TA bisects ∠YTB, TC bisects ∠BTZm∠YTA = 4y + 6 and m∠BTC = 7y – 4This means that
YTA + BTC = 90
So, we have
4y + 6 + 7y - 4 = 90
So, we have
11y = 88
Divide
y = 8
Next, we have
CTZ = 90 - BTC
So, we have
CTZ = 90 - (7y – 4)
This gives
CTZ = 90 - (7 * 8 – 4)
Evaluate
CTZ = 38
Hence, the measure of CTZ is 38 degrees
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in a haplodiploid system, calculate the relatedness of a son to a maternal aunt.
In a haplodiploid system, the relatedness of a son to a maternal aunt is 75%.
In a haplodiploid system, males develop from unfertilized eggs and are haploid, while females develop from fertilized eggs and are diploid. This means that sons inherit all of their genetic material from their mother, including her alleles from both her haploid sets of chromosomes. Maternal aunts, on the other hand, share one set of haploid chromosomes with their nephew (the son), as they are the sister of his mother. Therefore, the relatedness between a son and his maternal aunt in a haplodiploid system is 0.75 or 75%.
In a haplodiploid system, the relatedness of a son to a maternal aunt can be calculated using the following steps:
1. Determine the relatedness of the son to his mother: In haplodiploid systems, sons are haploid and inherit their single set of chromosomes from their mother. This means that they are 100% related to their mother, as they share all her genes.
2. Determine the relatedness of the maternal aunt to the son's mother: The maternal aunt is a sister of the son's mother. In haplodiploid systems, sisters share 75% of their genes, as they get half of their genes from their mother and the other half from their father (who, as a haploid male, gives all his genes to his daughters).
3. Calculate the relatedness of the son to his maternal aunt: To determine the relatedness of the son to his maternal aunt, multiply the son's relatedness to his mother (100%) by the maternal aunt's relatedness to the son's mother (75%).
Relatedness of son to maternal aunt = (1.0) * (0.75) = 0.75 or 75%
So, in a haplodiploid system, the relatedness of a son to a maternal aunt is 75%.
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for all integers n ≥ 1, 1 · 2 · 3 2 · 3 · 4 · · · n(n 1)(n 2) = n(n 1)(n 2)(n 3) 4
The given statement states that for all integers n ≥ 1, the product of the first n terms of the sequence 1 · 2 · 3 · ... · n is equal to n(n-1)(n-2)(n-3) · ... · 4. This can be proven using mathematical induction.
We will prove the given statement using mathematical induction.
Base case: For n = 1, the left-hand side of the equation is 1 and the right-hand side is also 1, so the statement holds true.
Inductive step: Assume the statement holds true for some integer k ≥ 1, i.e., 1 · 2 · 3 · ... · k = k(k-1)(k-2) · ... · 4. We need to prove that it holds for k+1 as well.
Consider the left-hand side of the equation for n = k+1:
1 · 2 · 3 · ... · k · (k+1)
Using the assumption, we can rewrite it as:
(k(k-1)(k-2) · ... · 4) · (k+1)
Expanding the right-hand side, we have:
(k+1)(k)(k-1)(k-2) · ... · 4
By comparing the two expressions, we see that they are equal.
Therefore, if the statement holds true for some integer k, it also holds true for k+1. Since it holds for n = 1, by mathematical induction, the statement holds for all integers n ≥ 1.
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ISOLATE THE VARIABLE: SOLVE FOR X
X+Y=B-A
Answer:
x = b-a-y
Step-by-step explanation:
Answer:
X=B-A-Y
Step-by-step explanation:
X+Y=B-A
subtract the y and it will fall onto the other side
so your answer will be x=b-a-y cause the y turned negative to cancel out the y that is ear the x.
Jean says that if she multiplies 73×34, her product will automatically be less than 73 because 34 is less than 1, meaning the product will only be a part of 73. Is Jean correct?
Answer:
Yes, Jean is correct
Step-by-step explanation:
Given
\(73 * \frac{3}{4}\)
Required
Determine the value of the result
When a positive integer is multiplied by a fraction, the result is always less than the integer
Solving further
\(Expression = 73 * \frac{3}{4}\)
\(Expression = \frac{73 * 3}{4}\)
\(Expression = \frac{219}{4}\)
\(Expression = 54.75\)
The result of the expression shows that the resulting value is less than 73.
Hence, Jean is correct
What is the splitting strategy?
Splitting strategy is one of the technique in mathematics which help to add the larger number , two-digit and three digit and so on.
Explanation:
Splitting strategy is one of the mathematical technique :
It is useful to add the larger numbers.It split the numbers into addends , place value of the digit , factors of the given numbers .To make the calculation easy .It is also useful in making budget by dividing it into three required categories : Important, personal and Saving account.Splitting strategy also helpful to deliver or place the order fast by splitting it into different categories.Useful to divide the work in error free or reduce the chances of error.Therefore, the splitting strategy is mathematical technique to make out work effortless.
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The image below showcases a right triangle .
My questions:
What is a c, what does that represent
What is this problem asking for me
How do I solve this problem? Are there any formulas in place?
The perimeter of triangle is 66.24 units.
What is triangle?
In Euclidean geometry, any 3 points, once non-collinear, verify a unique triangle and at the same time, a unique plane
Main body:
according to question :
c = 28
let the vertices be A,B,C
∠A= 30°
by using trigonometric ratios,
BC/ AB = sin30°
AB = C = 28
BC/28 = sin30°
BC = 28*sin30°
BC= 28*(1/2)
BC = 14
similarly
AB /CA = cos 30°
28/CA = √3/2
CA = 28*√3/2
CA = 14/√3
CA = 24.24
Hence , perimeter = AB +BC +CA = 28+14+24.24
=66.24 units
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work out the differences in minutes between 2 hours 25 minutes and 1 1/2 hours