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This document outlines the key components of Bangladesh's national educational policy. It discusses the country's approach to pre-primary, primary, secondary, vocational, technical, higher, madrasa, and other forms of education. It also addresses issues like non-formal education, engineering education, medical education, science education, and the roles of libraries, examinations, and teachers in the educational system. The overall goal of the policy is to facilitate students' access to education and ensure the continued development and strengthening of Bangladesh's educational administration and institutions.
The document defines key terms related to linear motion such as scalar and vector quantities, linear and non-uniform motion, distance, displacement, speed, velocity, acceleration, and deceleration. It provides formulas for calculating these quantities and illustrates them with examples. It also describes how to apply the concepts of linear motion to solve related problems using the appropriate formulas and how to interpret velocity-time graphs to determine velocity, acceleration, and displacement.
The document discusses units and measurement. It begins by providing examples of the longest bridges in Malaysia and worldwide, and the tallest building in Malaysia and worldwide. It then introduces the International System of Units (SI) and its seven base units: kilogram, meter, second, ampere, kelvin, mole, and candela. Several derived units are also described such as area, volume, velocity, and acceleration. Prefixes used with SI units are defined, ranging from deca to yocto. Methods for converting between units are demonstrated, such as kilometers to meters and feet. Examples of solving unit conversion problems are provided.
This document discusses the characteristics of solids, liquids, and gases. It defines solids as having a fixed shape and volume with particles that are closely packed and vibrate. Liquids are defined as having a fixed volume but not a fixed shape, with particles that are closely packed and can move randomly. Gases are described as not having a fixed shape or volume, with particles that are widely spaced and move freely. The document also covers density, pressure, Pascal's principle, Archimedes' principle, and provides examples of calculating density, pressure, buoyant force, and more.
This document discusses temperature, heat, and heat transfer. It defines temperature as the physical quantity that measures the degree of hotness of a body, with the SI unit being Kelvin. Heat is defined as the energy that naturally flows from a hot body to a cold body, with the SI unit being Joules. There are three methods of heat transfer: conduction through direct contact, convection through the movement of liquids and gases, and radiation through electromagnetic waves. The document provides examples of each and discusses using the heat capacity formula of Q=mcΞΞ to solve problems involving changing temperatures and heat quantities.
The document outlines key concepts related to work, energy, and power including defining these terms, calculating kinetic and potential energy using formulas, stating the principle of conservation of energy as it relates to the conversion of energy forms, applying these concepts to solve related problems, and calculating mechanical system efficiency. The goal is to understand these fundamental physics concepts and be able to measure, calculate and apply work, energy and power.
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This document outlines the key components of Bangladesh's national educational policy. It discusses the country's approach to pre-primary, primary, secondary, vocational, technical, higher, madrasa, and other forms of education. It also addresses issues like non-formal education, engineering education, medical education, science education, and the roles of libraries, examinations, and teachers in the educational system. The overall goal of the policy is to facilitate students' access to education and ensure the continued development and strengthening of Bangladesh's educational administration and institutions.
The document defines key terms related to linear motion such as scalar and vector quantities, linear and non-uniform motion, distance, displacement, speed, velocity, acceleration, and deceleration. It provides formulas for calculating these quantities and illustrates them with examples. It also describes how to apply the concepts of linear motion to solve related problems using the appropriate formulas and how to interpret velocity-time graphs to determine velocity, acceleration, and displacement.
The document discusses units and measurement. It begins by providing examples of the longest bridges in Malaysia and worldwide, and the tallest building in Malaysia and worldwide. It then introduces the International System of Units (SI) and its seven base units: kilogram, meter, second, ampere, kelvin, mole, and candela. Several derived units are also described such as area, volume, velocity, and acceleration. Prefixes used with SI units are defined, ranging from deca to yocto. Methods for converting between units are demonstrated, such as kilometers to meters and feet. Examples of solving unit conversion problems are provided.
This document discusses the characteristics of solids, liquids, and gases. It defines solids as having a fixed shape and volume with particles that are closely packed and vibrate. Liquids are defined as having a fixed volume but not a fixed shape, with particles that are closely packed and can move randomly. Gases are described as not having a fixed shape or volume, with particles that are widely spaced and move freely. The document also covers density, pressure, Pascal's principle, Archimedes' principle, and provides examples of calculating density, pressure, buoyant force, and more.
This document discusses temperature, heat, and heat transfer. It defines temperature as the physical quantity that measures the degree of hotness of a body, with the SI unit being Kelvin. Heat is defined as the energy that naturally flows from a hot body to a cold body, with the SI unit being Joules. There are three methods of heat transfer: conduction through direct contact, convection through the movement of liquids and gases, and radiation through electromagnetic waves. The document provides examples of each and discusses using the heat capacity formula of Q=mcΞΞ to solve problems involving changing temperatures and heat quantities.
The document outlines key concepts related to work, energy, and power including defining these terms, calculating kinetic and potential energy using formulas, stating the principle of conservation of energy as it relates to the conversion of energy forms, applying these concepts to solve related problems, and calculating mechanical system efficiency. The goal is to understand these fundamental physics concepts and be able to measure, calculate and apply work, energy and power.
1. Tugas Matematika
Integral Hal 49- 59
Disusun Oleh :
POLITEKNIK MANUFAKTUR NEGERI BANGKA BELITUNG
TAHUN AJARAN 2014/2015
Industri Air Kantung Sungailiat 33211
Bangka Induk, Propinsi Kepulauan Bangka Belitung
Telp : +62717 93586
Fax : +6271793585 email : polman@polman-babel.ac.id
http://www.polman-babel.ac.id
Kelompok 7 :
- Mirzaramadhan
- Fery Ardiansyah
- Rakam Tiano
- Sarman