Probability and Statistics Lecture 3

Lesson Objectives - the students should be able to:

• Learn the Measures of Central Tendency
• Calculate Mean of Grouped and Ungrouped Data
• Calculate Median of Grouped and Ungrouped Data
• Calculate Mode of Grouped and Ungrouped Data
• Differentiate Mean, Median and Mode
• Calculate Weighted Mean
• Calculate Mean of Frequency Distribution
• Learn different Shapes of Distributions

LESSON OUTLINE:

• Mean of Grouped and Ungrouped Data
• Median of Grouped and Ungrouped Data
• Mode of Grouped and Ungrouped Data
• Comparison of Mean, Median and Mode
• Weighted Mean
• Mean of Frequency Distributions
• Shapes of Distributions
• EXERCISES
• HOMEWORK

Probability and Statistics Lecture 3

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• Probability and Statistics Course Outline

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Analytic Geometry Lecture 4

Lesson Objectives - the students should be able to:

• Learn basic concepts about Cartesian Coordinates System
• Could draw regular polygons in Cartesian Coordinates System
• Apply learning in solving problems involving
• Slope of a Line
• Slope of Perpendicular Lines
• Slope of Parallel Lines
• Angle formed between two lines

LESSON OUTLINE:

• Slope of a Line
• Slope of Perpendicular lines
• Slope of Parallel Lines
• Angle formed between two lines
• Exercises
• More Problems

Analytic Geometry Lecture 4

Analytic Geometry Course Outline

Following is the list of topics we will discuss in this course:

I. Plane Analytic Geometry

LESSON 1: Introduction to Geometry, Directed Line Segments, The Cartesian Plane, Distance Formula

LESSON 2: Midpoint of a Line, Point-of-Division Formulas

LESSON 3: Slope of a Line in term of Angle inclination, Slope of a line in terms of Coordinate

LESSON 4: Slope of Perpendicular lines, Slope of Parallel Lines, Angle formed between two lines

LESSON 5: Finding the equation of a line using Two-point Form and Intercept Form

LESSON 6: Finding the equation of a line using Slope-Point Form and Slope-Intercept Form

LESSON 7: Finding the other forms of equation of a lines and Finding the Family of Lines

LESSON 8: Changing from General Form to Standard Equation of a line and Finding distance from line to a point

LESSON 9: Standard form of the equation of the circle, Equation of circles with center at origin, General form of the equation of a circle

LESSON 10: Determine Circles by Geometric Conditions

LESSON 11: Conic Sections: Parabola

LESSON 12: Conic Sections: Ellipse

LESSON 13: Conic Sections: Hyperbola

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Eletronic Circuits Analysis and Design Lec 2

Lesson Objectives - the students should be able to:

• Learn General Frequency Considerations
• Learn Low-Frequency Analysis using Bode Plot
• Analyze Low-Frequency Response of BJT and FET Amplifier
• Understand Miller Effect Capacitance
• Analyze High-Frequency Response of BJT and FET Amplifier
• Understand Multistage Frequency Effects Square-Wave Testing

LESSON OUTLINE:

• General Frequency Considerations
• Low-Frequency Analysis—Bode Plot
• Low-Frequency Response—BJT
• Low-Frequency Response—FET Amplifier
• Miller Effect Capacitance
• High-Frequency Response—BJT Amplifier
• High-Frequency Response—FET Amplifier
• Multistage Frequency Effects Square-Wave Testing

Lecture on BJT and FET Frequency Response PPT

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Following is the list of topics we will discuss in this fresh new series:

Electronic Circuits Analysis and Design

LESSON 1: Differentiate the Decibel and Logarithm , Solve dB SPL measurements, Calculate dB SPL differences, Compare two SPL levels, Calculate dB, dBm, dBW, dbu

LESSON 2: BJT and FET Frequency Motors

LESSON 3: LESSON3

LESSON 4: LESSON4

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Analytic Geometry Lecture 3

Lesson Objectives - the students should be able to:

• Learn basic concepts about Cartesian Coordinates System
• Could draw regular polygons in Cartesian Coordinates System
• Apply learning in solving problems involving
• Slope of a Line

LESSON OUTLINE:

• Slope of a Line
• Slope of a line in terms of angle of inclination
• Slope of a line in terms of coordinates
• Exercises
• More Problems

Analytic Geometry Lecture 3

Analytic Geometry Course Outline

Following is the list of topics we will discuss in this course:

I. Plane Analytic Geometry

LESSON 1: Introduction to Geometry, Directed Line Segments, The Cartesian Plane, Distance Formula

LESSON 2: Midpoint of a Line, Point-of-Division Formulas

LESSON 3: Slope of a Line in term of Angle inclination, Slope of a line in terms of Coordinate

LESSON 4: Slope of Perpendicular lines, Slope of Parallel Lines, Angle formed between two lines

LESSON 5: Finding the equation of a line using Two-point Form and Intercept Form

LESSON 6: Finding the equation of a line using Slope-Point Form and Slope-Intercept Form

LESSON 7: Finding the other forms of equation of a lines and Finding the Family of Lines

LESSON 8: Changing from General Form to Standard Equation of a line and Finding distance from line to a point

LESSON 9: Standard form of the equation of the circle, Equation of circles with center at origin, General form of the equation of a circle

LESSON 10: Determine Circles by Geometric Conditions

LESSON 11: Conic Sections: Parabola

LESSON 12: Conic Sections: Ellipse

LESSON 13: Conic Sections: Hyperbola

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Network Models

Lesson Objectives - the students should be able to:

• Could explain the importance of Layered Task
• Clearly define the Sender, Receiver and Carrier
• Could discuss the Layered Architecture
• Could discuss the Peer-to-peer process
• Explain each responsibilities of the OSI Layer
• Understand the TCP/IP Protocol suite
• Enumerates and discuss responsibilities of each Layer of TCP/IP Protocol
• Could enumerate some protocols used in each Layer
• Understand the different Addressing and could differentiate on from the other.

Lecture on Network Models PPT

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• Data Communications Course Outline

Definition of Terms

• The International Standards Organization created a model called the Open Systems Interconnection, which allows diverse systems to communicate.
• The seven-layer OSI model provides guidelines for the development of universally compatible networking protocols.
• ISO is the organization. OSI is the model.
• The physical layer coordinates the functions required to transmit a bit stream over a physical medium.
• The data link layer is responsible for delivering data units from one station to the next without errors.
• The network layer is responsible for the source-to-destination delivery of a packet across multiple network links.
• The transport layer is responsible for the process-to-process delivery of the entire message.
• The session layer establishes, maintains, and synchronizes the interactions between communicating devices.
• The presentation layer ensures interoperability between communicating devices through transformation of data into a mutually agreed upon format.
• TCP/IP is a five-layer hierarchical protocol suite developed before the OSI model.
• The TCP/IP application layer is equivalent to the combined session, presentation,
  and application layers of the OSI model.

Analytic Geometry Lecture 2

Lesson Objectives - the students should be able to:

• Learn basic concepts about Cartesian Coordinates System
• Could draw regular polygons in Cartesian Coordinates System
• Apply learning in solving problems involving
• Midpoint of a Line
• Point-of-Division Formulas

LESSON OUTLINE:

• Midpoint of a Line
• Examples
• Seatwork
• Homework
• Data Division of a line segment
• Examples
• Seatwork
• Homework

Analytic Geometry Lecture 2

Analytic Geometry Course Outline

Following is the list of topics we will discuss in this course:

I. Plane Analytic Geometry

LESSON 1: Introduction to Geometry, Directed Line Segments, The Cartesian Plane, Distance Formula

LESSON 2: Midpoint of a Line, Point-of-Division Formulas

LESSON 3: Slope of a Line in term of Angle inclination, Slope of a line in terms of Coordinate

LESSON 4: Slope of Perpendicular lines, Slope of Parallel Lines, Angle formed between two lines

LESSON 5: Finding the equation of a line using Two-point Form and Intercept Form

LESSON 6: Finding the equation of a line using Slope-Point Form and Slope-Intercept Form

LESSON 7: Finding the other forms of equation of a lines and Finding the Family of Lines

LESSON 8: Changing from General Form to Standard Equation of a line and Finding distance from line to a point

LESSON 9: Standard form of the equation of the circle, Equation of circles with center at origin, General form of the equation of a circle

LESSON 10: Determine Circles by Geometric Conditions

LESSON 11: Conic Sections: Parabola

LESSON 12: Conic Sections: Ellipse

LESSON 13: Conic Sections: Hyperbola

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Industrial Electronics Lecture 1

Lesson Objectives - the students should be able to:

• Define Industrial Electronics
• Learn the Brief History
• Understand Manufacturing System Classification
• Enumerate Classification of Industrial Control Electronics
• Enumerate Controller Hardware and Controller Software

LESSON OUTLINE:

• Definition
• Time Line
• Manufacturing System Classification
• Classification of Industrial Control Electronics
• Controller Hardware
• Controller Software

Lecture on Industrial Electronics Lecture 1 PPT

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Electronic Circuits Analysis and Design Lec 1

Lesson Objectives - the students should be able to:

• Review the Decibel and Logarithm
• Differentiate the Decibel and Logarithm
• Solve dB SPL measurements
• Calculate dB SPL differences
• Compare two SPL levels
• Understand dB in Electronics
• Calculate dB differences in power levels
• Calculate dB, dBm, dBW, dbu

LESSON OUTLINE:

• Definition
• Notation and Base 10
• Comparison of SPL’s
• Calculate SPL’s
• Range of Hearing
• dB SPL measurements
• Calculating dB PWL

Lecture on Introduction and Review of Logarithms and Decibels PPT

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Following is the list of topics we will discuss in this fresh new series:

Electronic Circuits Analysis and Design

LESSON 1: Differentiate the Decibel and Logarithm , Solve dB SPL measurements, Calculate dB SPL differences, Compare two SPL levels, Calculate dB, dBm, dBW, dbu

LESSON 2: BJT and FET Frequency Response

LESSON 3: LESSON3

LESSON 4: LESSON4

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credit: ©2013 www.FroydWess.com

Probability and Statistics Lecture 2

Lesson Objectives - the students should be able to:

• Enumerate and define Data Collection Methods
• Enumerate and define Sampling Technique
• Could identify Sampling Technique
• Learn the Tabular and Graphical representation of Data
• Frequency Distribution
• Constructing Frequency
• Midpoint
• Relative Frequency
• Cumulative Frequency
• Frequency Histogram
• Frequency Polygon
• Could Identify Different Type of Graph
• Could create Frequency Distribution and the Graph

LESSON OUTLINE:

• DATA COLLECTION
• Survey Method
• Observation Method
• Experimental Method
• Use of existing studies
• Registration Method
• Simulation Method
• SAMPLING TECHNIQUE
• Stratified Sample
• Cluster Sample
• Systematic Sample
• Convenience Sample
• TABULAR REPRESENTATION
• Frequency Distribution
• Constructing Frequency
• Midpoint
• Relative Frequency
• Cumulative Frequency
• GRAPH
• EXERCISES
• HOMEWORK

Probability and Statistics Lecture 2

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• Probability and Statistics Course Outline

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Probability and Statistics Lecture 1

Lesson Objectives - the students should be able to:

• Could define and understand Statistics
• Know the role and importance of statistics in the society
• Could differentiate Descriptive and Inferential statistics
• Learn and define the basic terms use in statistics
• Could differentiate the levels of measurements and could give an example each.

LESSON OUTLINE:

• Introduction to Statistics
• General uses of Statistics
• Fields of Statistics
• Basic Terms
• Experiment
• Population
• Sample
• Variable
• Parameter
• Statistics
• Data
• Scale of Measurements

Probability and Statistics Lecture 1

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• Probability and Statistics Course Outline

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Introduction to Data Communications and Networking

Lesson Objectives - the students should be able to:

• Define Data Communications
• Enumerates and understand the functions of each components of Data Communications
• Understand Data Representations and Data Flow
• Define Networks
• Understand Distributed Processing, Network Criteria, Physical Structures, Network Models
• Enumerates the Categories of Network
• Learn Interconnection of Network: Internetwork
• Define the Internet
• Know the brief history of Internet
• Define Protocols and Standard

Lecture on Introduction to Datacommunication and Networking PPT

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• Data Communications Course Outline

Definition of Terms

• Data communication is the transfer of data from one device to another via some form of transmission medium.
• A data communications system must transmit data to the correct destination in an accurate and timely manner.
• A network is a set of communication devices connected by media links.
• Topology refers to the physical or logical arrangement of a network. Devices may be arranged in a mesh, star, bus, or ring topology.
• An internet is a network of networks.
• The Internet is a collection of many separate networks.
• TCP/IP is the protocol suite for the Internet.
• A protocol is a set of rules that governs data communication; the key elements of a protocol are syntax, semantics, and timing.
• Standards are necessary to ensure that products from different manufacturers can work together as expected.
• Forums are special-interest groups that quickly evaluate and standardize new technologies.
• A Request for Comment (RFC) is an idea or concept that is a precursor to an Internet standard.

Analytic Geometry Lecture 1

Lesson Objectives - the students should be able to:

• Learn basic concepts about Cartesian Coordinates System
• Could draw regular polygons in Cartesian Coordinates System
• Apply learning in solving problems involving
• Distance between two points

LESSON OUTLINE:

• Introduction to Geometry
• Directed Line Segments
• Rectangular Coordinate System
• Distance Between Two Points

Analytic Geometry Lecture 1

Analytic Geometry Course Outline

Following is the list of topics we will discuss in this course:

I. Plane Analytic Geometry

LESSON 1: Introduction to Geometry, Directed Line Segments, The Cartesian Plane, Distance Formula

LESSON 2: Midpoint of a Line, Point-of-Division Formulas

LESSON 3: Slope of a Line in term of Angle inclination, Slope of a line in terms of Coordinate

LESSON 4: Slope of Perpendicular lines, Slope of Parallel Lines, Angle formed between two lines

LESSON 5: Finding the equation of a line using Two-point Form and Intercept Form

LESSON 6: Finding the equation of a line using Slope-Point Form and Slope-Intercept Form

LESSON 7: Finding the other forms of equation of a lines and Finding the Family of Lines

LESSON 8: Changing from General Form to Standard Equation of a line and Finding distance from line to a point

LESSON 9: Standard form of the equation of the circle, Equation of circles with center at origin, General form of the equation of a circle

LESSON 10: Determine Circles by Geometric Conditions

LESSON 11: Conic Sections: Parabola

LESSON 12: Conic Sections: Ellipse

LESSON 13: Conic Sections: Hyperbola

Keywords

• Geometry
• ancient Egypt
• Indus Valley
• Euclid
• The Elements of Geometry
• Euclidean geometry
• Synthetic Geometry
• Analytic Geometry
• Rene Descartes
• La Geometrie
• line
• Directed Line
• Directed Line Segments
• Number Line
• x-axis
• y-axis
• abscissa
• ordinate
• ordered pair
• Plotting

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