10-17-2015, 11:49 PM

Excellent resources are available for help regarding AMU MATH 125 - math for Liberal art Majors - American Military University. Help and assistance is provided for the 8 week course of Math 125 - math for liberal art majors consisting of discussion forums, tests and homework along with the final exam.

We have assisted lots of people and helped them secured awesome grades. It is reflected in the testimonial section of our website.

Math 125-Math for Liberal art majors is a 8 week course which has problems with varying difficulty in it's syllabus. Lessons range from basic algebraic operations to set theory, consumer mathematics which consists problems from every-day life like mortgages and loans and credit cards. Probability and Statistics are also a part of this course and have problems ranging from moderate difficulty to quite difficult in nature. Mensuration and geometry are also a part of this course and hence it covers almost every aspect of Math for liberal art majors.

With the assistance that we provide, you will never have to worry about Math 125 AMU - Math for liberal art majors.

Assistance is provided for

AMU Math 125 Unit test 1

The course that is covered in week 1 is

In week 1 of AMU MATH 125, a student is required to use inductive, deductive reasoning along with conjecture to aid him to arrive at a general conclusion that is based on several examples.

Using inductive reasoning, deductive reasoning, and conjecture to arrive at a general conclusion based on observation of specific examples;

Students will be required to interpret information from pictorial graphs and diagrams along with using Polya’s four-step procedure for solving mathematical problems;

Students are also required to learn to classify information that can be applied in analysis to set theory problems such as intersections, unions and difference of sets

Also, real world problems solving is also included in this week 1 lesson that would require students to prepare Venn Diagrams to classify and solve the real world problems

AMU Math 125 Unit test 2

IN week 2 test the students are expected to have mastery over concepts that involve solving real world problems using algebraic concepts such as linear equations, ratios and proportions.

Students are also expected to solve systems of linear equations and graph and plot lines as well as points on a cartesian plane.

Solve real-world problems using algebraic concepts such as linear equations, ratios, proportions, and variation.

Solve systems of linear equations using graphical and algebraic techniques.

Students are expected to solve problems using linear equations, real world problems.

Linear equations in one variable are needed to be solved and graphing, plotting of points as well as lines on a cartesian plane are taught and tested in this week.

Key learning concepts in week 2 are

Simplify Algebraic Expressions

Evaluate Algebraic Expressions

Plotting Points

Graphing a Linear Equation in Two Variables

Finding the Slope of a Line

Identify Linear Equations

Solve Linear Equations

Solving Systems of Equations Graphically

Solving Systems of Equations By Substitution

Solving Systems of Equations by Addition/Subtraction

AMU Math 125 Unit test 3

Students are expected to Solve problems involving credit card interest and annuity payouts.

Students are also taught and tested to Analyze the financial process of buying a house and the purchase of stocks and bonds.

Students are taught and tested for applying mathematical operations to convert between decimal, percent, and fraction form;

Solving problems involving percents;

Computing simple and compound interest and annuities;

After completion of week 3, students are expected to be proficient in :

Computing charges associated with installment buying and credit cards;

Computing mortgage interest when buying a home; and

Computing loss/gain associated with stock and bond ownership.

Solve Real-World Problems Using Percents

Calculate Simple and Compound Interest

Find a Monthly Mortgage Payment on a House

Find the Total Interest on a Home Loan

Compute P/E Ratios for Stock

Compute Profit and Loss on Stock Ownership

Compute Unearned Interest and Payoffs for Installment Loans

Compute Finance Charges on Credit Cards

AMU Math 125 Unit test 4

This week students explore the world of Measurement and Geometry. Measurements in real life are quite important, be it temperature measurement, length or speed measurement.

Students are taught and tested on

Computing measures of length, area, volume, capacity, weight, and temperature;

Converting units of measure including the Metric System;

Recognizing points, lines, planes, and angles;

Using set theory to solve real-world problems; and

Using the geometry of points, lines, planes, and angles to find angle measure.

Convert Measurement in the English System

Convert Measurement in the Metric System

Convert Measurements between the English System and the Metric System

Write Names for Angles

Use Complementary and Supplementary Angles to Find Angle Measure

Use Vertical Angles to find Angle Measure

Find Measures of Angles Formed by a Transversal

Identify Types of Triangles

Find One Missing Angle in a Triangle

Use the Pythagorean Theorem to Find Side Lengths

Use Similar Triangles to Find Side Lengths

Find the Sum of Angle Measures of Polygons

Find the Perimeter of a Polygon

AMU Math 125 Unit test 5

Students in this week are expected to Use geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems.

Solve problems using right triangle trigonometry.

Recognizing the geometry of patterns, shapes, sizes, illusions, and similarities in the environment;

Using geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems; and

Solving real-world problems using right triangles and the Pythagorean Theorem.

Students are taught and tested on these topics in week 5 of AMU MATH 125 MAth for Liberal Art Majors American MIlitary University.

Find Areas of Rectangles and Parallelograms

Find Areas of Triangles and Trapezoids

Find Circumferences and Areas of Circles

Find Volumes of Solid Figures

Find Surface Areas of Solid Figures

Use The Pythagorean Theorem

c2 = a2 + b

Students are expected to learn and solve these things

Recognizing the geometry of patterns, shapes, sizes, illusions, and similarities in the environment;

Using geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems; and

Solving real-world problems using right triangles and the Pythagorean Theorem.

AMU Math 125 Unit test 6

Students enter the concept or Permutations Combinations and Probability in week 6 of AMU MATH 125 Math for liberal art Majors American Military University.

Students are expected to :

Compute the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, combinations, tree diagrams, and tables.

Compute probabilities, odds, and expected values of outcomes.

Students are taught these concepts :

Computing the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, and combinations;

Computing classical and empirical probabilities; and

Using tree diagrams and tables to find sample spaces and compute probabilities.

Computing the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, and combinations;

Computing classical and empirical probabilities;

Using tree diagrams and tables to find sample spaces and compute probabilities;

Using combinations and permutations to compute probabilities;

Computing odds and expected value of outcomes; and

Computing conditional probabilities.

AMU MATH UNIT test 6 tests these concepts:

Compute the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, combinations, tree diagrams, and tables and CO-12: Compute probabilities, odds, and expected values of outcomes.

AMU Math 125 Unit test 7

Students are introduced to the tools associated with data gathering and analysis. This important area of math allows researchers from all disciplines to collect and analyze data to make inferences about populations as a whole. The result of this research may be the approval of new life-saving medications, the confirmation of phenomena such as global warming, or the rate at which a flu epidemic will grow. S Students also learn how to use the building blocks of the data gathering and analysis process to solve complex issues that surround your daily life. Students learn the power of the normal distribution and how it aids in the study of numerous areas such as medicine, meteorology, business, or education.

Students will be able to:

Compute measures of average, variation and position.

Use the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

Organizing data for inclusion in statistical tools;

Producing data with the use of statistical tools;

Computing measures of average, variation, and position;

Using the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

Gathering and Organizing Data

Picturing Data

Constructing Graphs and Charts

Find the Percentile Rank of a Data Value

Find Quartiles for a Data Set

Key Learning Concept 2

Measures of Average: Mean, Median, Mode, and Midrange

Mean of Grouped Data: \f[Mean = \frac{(f*Xm)}{n}\f]

Midrange:\f[Midrange = \frac{Lowest/Value+Highest/Value}{2}\f]

Properties of a Normal Distribution

The Empirical Rule

Computing a Z Score

Z = Data Value – Mean

Standard Deviation

Finding the Area Between Two Z Scores

Finding the Area to the Left of a Z Score

Organizing data for inclusion in statistical tools;

Producing data with the use of statistical tools;

Computing measures of average, variation, and position; and

Using the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

AMU Math 125 Final exam

Students are now in the final week of MAth 125 AMU and are expected to master these concepts.

Analyze problems using inductive reasoning, deductive reasoning, conjecture, pictorial graphs, and diagrams to arrive at a general conclusion based on observation of specific examples;

Apply set operations to solve real-world problems;

Solve real-world problems using algebraic concepts such as linear equations, ratios, proportions, and variation;

Solve systems of linear equations using graphical and algebraic techniques;

Solve problems involving credit card interest and annuity payouts;

Compute payments on home mortgages and loss/gain on stock and bond ownership;

Convert units of measure including the Metric System;

Use the geometry of points, lines, planes, and angles to find angle measure;

Use geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems;

Solve problems using right triangle trigonometry;

Compute the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, tree diagrams, and tables;

Compute probabilities, odds, and expected values of outcomes;

Use the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

Assistance is provided for all the above mentioned weeks.

Just reply with your email and we will get back to you.

We have assisted lots of people and helped them secured awesome grades. It is reflected in the testimonial section of our website.

Math 125-Math for Liberal art majors is a 8 week course which has problems with varying difficulty in it's syllabus. Lessons range from basic algebraic operations to set theory, consumer mathematics which consists problems from every-day life like mortgages and loans and credit cards. Probability and Statistics are also a part of this course and have problems ranging from moderate difficulty to quite difficult in nature. Mensuration and geometry are also a part of this course and hence it covers almost every aspect of Math for liberal art majors.

With the assistance that we provide, you will never have to worry about Math 125 AMU - Math for liberal art majors.

Assistance is provided for

AMU Math 125 Unit test 1

The course that is covered in week 1 is

In week 1 of AMU MATH 125, a student is required to use inductive, deductive reasoning along with conjecture to aid him to arrive at a general conclusion that is based on several examples.

Using inductive reasoning, deductive reasoning, and conjecture to arrive at a general conclusion based on observation of specific examples;

Students will be required to interpret information from pictorial graphs and diagrams along with using Polya’s four-step procedure for solving mathematical problems;

Students are also required to learn to classify information that can be applied in analysis to set theory problems such as intersections, unions and difference of sets

Also, real world problems solving is also included in this week 1 lesson that would require students to prepare Venn Diagrams to classify and solve the real world problems

AMU Math 125 Unit test 2

IN week 2 test the students are expected to have mastery over concepts that involve solving real world problems using algebraic concepts such as linear equations, ratios and proportions.

Students are also expected to solve systems of linear equations and graph and plot lines as well as points on a cartesian plane.

Solve real-world problems using algebraic concepts such as linear equations, ratios, proportions, and variation.

Solve systems of linear equations using graphical and algebraic techniques.

Students are expected to solve problems using linear equations, real world problems.

Linear equations in one variable are needed to be solved and graphing, plotting of points as well as lines on a cartesian plane are taught and tested in this week.

Key learning concepts in week 2 are

Simplify Algebraic Expressions

Evaluate Algebraic Expressions

Plotting Points

Graphing a Linear Equation in Two Variables

Finding the Slope of a Line

Identify Linear Equations

Solve Linear Equations

Solving Systems of Equations Graphically

Solving Systems of Equations By Substitution

Solving Systems of Equations by Addition/Subtraction

AMU Math 125 Unit test 3

Students are expected to Solve problems involving credit card interest and annuity payouts.

Students are also taught and tested to Analyze the financial process of buying a house and the purchase of stocks and bonds.

Students are taught and tested for applying mathematical operations to convert between decimal, percent, and fraction form;

Solving problems involving percents;

Computing simple and compound interest and annuities;

After completion of week 3, students are expected to be proficient in :

Computing charges associated with installment buying and credit cards;

Computing mortgage interest when buying a home; and

Computing loss/gain associated with stock and bond ownership.

Solve Real-World Problems Using Percents

Calculate Simple and Compound Interest

Find a Monthly Mortgage Payment on a House

Find the Total Interest on a Home Loan

Compute P/E Ratios for Stock

Compute Profit and Loss on Stock Ownership

Compute Unearned Interest and Payoffs for Installment Loans

Compute Finance Charges on Credit Cards

AMU Math 125 Unit test 4

This week students explore the world of Measurement and Geometry. Measurements in real life are quite important, be it temperature measurement, length or speed measurement.

Students are taught and tested on

Computing measures of length, area, volume, capacity, weight, and temperature;

Converting units of measure including the Metric System;

Recognizing points, lines, planes, and angles;

Using set theory to solve real-world problems; and

Using the geometry of points, lines, planes, and angles to find angle measure.

Convert Measurement in the English System

Convert Measurement in the Metric System

Convert Measurements between the English System and the Metric System

Write Names for Angles

Use Complementary and Supplementary Angles to Find Angle Measure

Use Vertical Angles to find Angle Measure

Find Measures of Angles Formed by a Transversal

Identify Types of Triangles

Find One Missing Angle in a Triangle

Use the Pythagorean Theorem to Find Side Lengths

Use Similar Triangles to Find Side Lengths

Find the Sum of Angle Measures of Polygons

Find the Perimeter of a Polygon

AMU Math 125 Unit test 5

Students in this week are expected to Use geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems.

Solve problems using right triangle trigonometry.

Recognizing the geometry of patterns, shapes, sizes, illusions, and similarities in the environment;

Using geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems; and

Solving real-world problems using right triangles and the Pythagorean Theorem.

Students are taught and tested on these topics in week 5 of AMU MATH 125 MAth for Liberal Art Majors American MIlitary University.

Find Areas of Rectangles and Parallelograms

Find Areas of Triangles and Trapezoids

Find Circumferences and Areas of Circles

Find Volumes of Solid Figures

Find Surface Areas of Solid Figures

Use The Pythagorean Theorem

c2 = a2 + b

Students are expected to learn and solve these things

Recognizing the geometry of patterns, shapes, sizes, illusions, and similarities in the environment;

Using geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems; and

Solving real-world problems using right triangles and the Pythagorean Theorem.

AMU Math 125 Unit test 6

Students enter the concept or Permutations Combinations and Probability in week 6 of AMU MATH 125 Math for liberal art Majors American Military University.

Students are expected to :

Compute the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, combinations, tree diagrams, and tables.

Compute probabilities, odds, and expected values of outcomes.

Students are taught these concepts :

Computing the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, and combinations;

Computing classical and empirical probabilities; and

Using tree diagrams and tables to find sample spaces and compute probabilities.

Computing the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, and combinations;

Computing classical and empirical probabilities;

Using tree diagrams and tables to find sample spaces and compute probabilities;

Using combinations and permutations to compute probabilities;

Computing odds and expected value of outcomes; and

Computing conditional probabilities.

AMU MATH UNIT test 6 tests these concepts:

Compute the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, combinations, tree diagrams, and tables and CO-12: Compute probabilities, odds, and expected values of outcomes.

AMU Math 125 Unit test 7

Students are introduced to the tools associated with data gathering and analysis. This important area of math allows researchers from all disciplines to collect and analyze data to make inferences about populations as a whole. The result of this research may be the approval of new life-saving medications, the confirmation of phenomena such as global warming, or the rate at which a flu epidemic will grow. S Students also learn how to use the building blocks of the data gathering and analysis process to solve complex issues that surround your daily life. Students learn the power of the normal distribution and how it aids in the study of numerous areas such as medicine, meteorology, business, or education.

Students will be able to:

Compute measures of average, variation and position.

Use the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

Organizing data for inclusion in statistical tools;

Producing data with the use of statistical tools;

Computing measures of average, variation, and position;

Using the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

Gathering and Organizing Data

Picturing Data

Constructing Graphs and Charts

Find the Percentile Rank of a Data Value

Find Quartiles for a Data Set

Key Learning Concept 2

Measures of Average: Mean, Median, Mode, and Midrange

Mean of Grouped Data: \f[Mean = \frac{(f*Xm)}{n}\f]

Midrange:\f[Midrange = \frac{Lowest/Value+Highest/Value}{2}\f]

Properties of a Normal Distribution

The Empirical Rule

Computing a Z Score

Z = Data Value – Mean

Standard Deviation

Finding the Area Between Two Z Scores

Finding the Area to the Left of a Z Score

Organizing data for inclusion in statistical tools;

Producing data with the use of statistical tools;

Computing measures of average, variation, and position; and

Using the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

AMU Math 125 Final exam

Students are now in the final week of MAth 125 AMU and are expected to master these concepts.

Analyze problems using inductive reasoning, deductive reasoning, conjecture, pictorial graphs, and diagrams to arrive at a general conclusion based on observation of specific examples;

Apply set operations to solve real-world problems;

Solve real-world problems using algebraic concepts such as linear equations, ratios, proportions, and variation;

Solve systems of linear equations using graphical and algebraic techniques;

Solve problems involving credit card interest and annuity payouts;

Compute payments on home mortgages and loss/gain on stock and bond ownership;

Convert units of measure including the Metric System;

Use the geometry of points, lines, planes, and angles to find angle measure;

Use geometric techniques such as similar triangles, the Pythagorean Theorem, perimeters, area, and volume to solve real-world problems;

Solve problems using right triangle trigonometry;

Compute the number of ways in which complicated events can occur without actually counting them through the use of the fundamental counting principle, permutations, tree diagrams, and tables;

Compute probabilities, odds, and expected values of outcomes;

Use the characteristics of a normal distribution to find percentages, probabilities, and percentile ranks.

Assistance is provided for all the above mentioned weeks.

Just reply with your email and we will get back to you.