Week 3: Analyzing and Evaluating Mathematical Knowledge we will continue reflecting on the learning outcomes for the Mathematics Major by exploring the second cognitive outcome: Analyze and evaluate...

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Week 3: Analyzing and Evaluating Mathematical Knowledge

we will continue reflecting on the learning outcomes for the Mathematics Major by exploring the second cognitive outcome: Analyze and evaluate knowledge within the major area. You will be reflecting on how your work throughout this program has met the different facets of this outcome.

Week 3 Overview


The following learning outcome(s) will be explored in this week's lesson:

2. Analyze and evaluate knowledge within the major area.
a. Demonstrate computational skills using elements of the real number system.
b. Collect, organize and evaluate real number data.
c. Demonstrate computational skills in numerical and non-numerical (word) problem solving.

Mathematics Major Learning Outcomes

Mathematics is both a symbolic language and a way of thinking. A universal science and a key component of a liberal arts education, mathematics is a critical tool for technological advancement and practical problem-solving in a complex natural and social world. The major provides training in logic and critical thinking, and helps students gain a mastery of calculus, algebra, geometry, statistics, and computer programming. Grades are prepared for a wide range of careers including teaching, computer science, engineering, finance, actuarial science, business, investments, behavioral sciences, and research.



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Week 3: Analyzing and Evaluating Mathematical Knowledge This week we will continue reflecting on the learning outcomes for the Mathematics Major by exploring the second cognitive outcome: Analyze and evaluate knowledge within the major area. You will be reflecting on how your work throughout this program has met the different facets of this outcome. Week 3 Overview  The following learning outcome(s) will be explored in this week's lesson: 2. Analyze and evaluate knowledge within the major area. a. Demonstrate computational skills using elements of the real number system. b. Collect, organize and evaluate real number data. c. Demonstrate computational skills in numerical and non-numerical (word) problem solving. Mathematics Major Learning Outcomes Mathematics is both a symbolic language and a way of thinking. A universal science and a key component of a liberal arts education, mathematics is a critical tool for technological advancement and practical problem-solving in a complex natural and social world. The major provides training in logic and critical thinking, and helps students gain a mastery of calculus, algebra, geometry, statistics, and computer programming. Grades are prepared for a wide range of careers including teaching, computer science, engineering, finance, actuarial science, business, investments, behavioral sciences, and research. Cognitive Learning Outcomes To demonstrate intellectual growth and competence through the Mathematics Major, students will: 1. Acquire, comprehend, organize, and apply knowledge within the major area. a)  Distinguish the nature of mathematical concepts, processes, or relationships from analysis, algebra, geometry, calculus, logic, probability and statistics, applied mathematics, and number theory. b)  Apply standards required by profession of choice.  2. Analyze and evaluate knowledge within the major area. a)  Analyze application of mathematical structures and their logical consequences. b)  Interpret and integrate the...



Answered Same DayDec 22, 2021

Answer To: Week 3: Analyzing and Evaluating Mathematical Knowledge we will continue reflecting on the learning...

Robert answered on Dec 22 2021
124 Votes
Throughout the mathematics program, I learned a lot of things and tried to interconnect the
practi
cal use of mathematic formulas and procedures to make the day-to-day computation easier.
The topics studied like algebra, integration, geometry and trigonometry have real world
applications which I would be discussing in this paper. Pharmacy interests me and I have tools to
perform pharmaceutical tasks. Thus, I would discuss the importance of mathematics in pharmacy
and how mathematics ease out the entire process and saves any pharmacist from committing
costly mistake.
In pharmacy, it is very important to prepare correct dosage of medicine in liquid form or pill
form to combat patient’s illness. This involves thorough knowledge of algebra as it helps in
rearrangement of equations, calculation of doses/ concentrations/ molarity.
For example, Child dose is...
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