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Interactive resources presentation
A presentation demonstrating the power of twitter in Education not only as an Assessment for Learning tool but also for CPD, international cooperation, engaging tasks and networking. Download for links and full twitter interactivity including AfL tools.
4 Ways You'll Benefit From a Wi-Fi Thermostat
A Wi-Fi thermostat allows users to control their home's temperature from anywhere through an internet connection on their phone or tablet, access different rooms individually within the home, more accurately control the HVAC system to save energy costs, and easily monitor weather conditions, temperatures, and humidity levels to detect potential issues.
Group F
This document discusses the relationship between mathematics and music. It provides group member names and then discusses how mathematics is involved in many aspects of music including rhythm, tuning, frequency, intervals, and chords. It explains concepts like time signatures, note values as fractions, frequency of notes, ratios between intervals, equal temperament, and the mathematical relationships that make music sound pleasant.
The house
This document describes the rooms in a house and what activities are taking place in each room, including cooking dinner in the kitchen, watching TV in the living room, making the bed in the girl's bedroom, cleaning the car in the garage, cleaning hands in the toilet, and María Pérez García writing the document in the garden.
Embracing technology
This document discusses embracing technology in the classroom, known as Classroom 2.0. It outlines how technology can be used to enable collaboration through networking, continuing professional development, and international cooperation. Technology raises the school's profile and provides engaging tasks and resources for assessment of learning. Specific examples discussed include pupils and staff collaborating remotely on projects in real time, international cooperation between schools in different countries, generating personalized codes for tasks, and using Twitter for reflection and feedback.
Mbti personality types
The document describes 16 personality types as defined by the Myers-Briggs Type Indicator (MBTI) assessment. Each personality type is summarized with 1-2 sentences describing their key characteristics such as interests, values, behaviors, and strengths. The 16 types include ISTJ, ISTP, ISFJ, ISFP, INFJ, INFP, INTJ, INTP, ESTP, ESTJ, ESFP, ESFJ, ENFP, ENFJ, ENTP, and ENTJ.
Recommended
Interactive resources presentation
A presentation demonstrating the power of twitter in Education not only as an Assessment for Learning tool but also for CPD, international cooperation, engaging tasks and networking. Download for links and full twitter interactivity including AfL tools.
4 Ways You'll Benefit From a Wi-Fi Thermostat
A Wi-Fi thermostat allows users to control their home's temperature from anywhere through an internet connection on their phone or tablet, access different rooms individually within the home, more accurately control the HVAC system to save energy costs, and easily monitor weather conditions, temperatures, and humidity levels to detect potential issues.
Group F
This document discusses the relationship between mathematics and music. It provides group member names and then discusses how mathematics is involved in many aspects of music including rhythm, tuning, frequency, intervals, and chords. It explains concepts like time signatures, note values as fractions, frequency of notes, ratios between intervals, equal temperament, and the mathematical relationships that make music sound pleasant.
The house
This document describes the rooms in a house and what activities are taking place in each room, including cooking dinner in the kitchen, watching TV in the living room, making the bed in the girl's bedroom, cleaning the car in the garage, cleaning hands in the toilet, and María Pérez García writing the document in the garden.
Embracing technology
This document discusses embracing technology in the classroom, known as Classroom 2.0. It outlines how technology can be used to enable collaboration through networking, continuing professional development, and international cooperation. Technology raises the school's profile and provides engaging tasks and resources for assessment of learning. Specific examples discussed include pupils and staff collaborating remotely on projects in real time, international cooperation between schools in different countries, generating personalized codes for tasks, and using Twitter for reflection and feedback.
Mbti personality types
The document describes 16 personality types as defined by the Myers-Briggs Type Indicator (MBTI) assessment. Each personality type is summarized with 1-2 sentences describing their key characteristics such as interests, values, behaviors, and strengths. The 16 types include ISTJ, ISTP, ISFJ, ISFP, INFJ, INFP, INTJ, INTP, ESTP, ESTJ, ESFP, ESFJ, ENFP, ENFJ, ENTP, and ENTJ.
Group L
1) The document provides information about the formation and evolution of the universe from the Big Bang to the formation of galaxies and stars over billions of years.
2) It includes data on different types of galaxies like spiral, elliptical, and irregular galaxies with their diameters, luminosities, and examples. Spiral galaxies tend to be larger in diameter and luminosity.
3) Information is given on distance measurements in space like light years and parsecs. The brightest stars near Earth like Sirius, Vega, and Rigel are listed with their apparent and absolute magnitudes.
Group D
Math is essential to all aspects of automobile design and function. It is used in drafting blueprints, measuring part dimensions, determining production ratios and assembly line speeds, calculating horsepower, tire size, and fuel efficiency. Advanced applications include using equations to optimize aerodynamic body shapes in Formula 1 cars and exploit principles like Bernoulli's equation to increase speed. The presentation provides many examples of how mathematical concepts are applied throughout the automobile manufacturing process and in everyday car functions like odometers and speedometers.
Group I
This document discusses the role of mathematics in medicine. It provides several examples:
1. Doctors and nurses use math every day to calculate dosages, interpret medical scans like CAT scans, and analyze medical data.
2. Medicines are identified based on their shape, size, and other geometric properties that can be described using basic shapes.
3. Numbers and units are crucial in medicine for tasks like counting pills, measuring weights and volumes, and statistical analysis.
4. Concepts like ratios, proportions, percentages, and statistics are applied when administering medications and analyzing medical trends.
5. Advanced math underlies technologies like MRI machines that provide crucial medical images.
Maths in Electric Cars - Gillett
This document discusses the role of mathematics in electric vehicles. It provides examples of how math is used to calculate the electricity needed to recharge a car, the car's range based on the charge, and performance metrics like price, maintenance costs, range and charging time. The document also summarizes the benefits of electric cars, including lower fuel costs, reduced emissions, and fewer mechanical parts requiring maintenance compared to gas-powered vehicles. However, it notes that high battery costs, limited driving range, and long recharging times remain barriers that have prevented more widespread adoption of electric cars.
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Group L
1) The document provides information about the formation and evolution of the universe from the Big Bang to the formation of galaxies and stars over billions of years.
2) It includes data on different types of galaxies like spiral, elliptical, and irregular galaxies with their diameters, luminosities, and examples. Spiral galaxies tend to be larger in diameter and luminosity.
3) Information is given on distance measurements in space like light years and parsecs. The brightest stars near Earth like Sirius, Vega, and Rigel are listed with their apparent and absolute magnitudes.
Group D
Math is essential to all aspects of automobile design and function. It is used in drafting blueprints, measuring part dimensions, determining production ratios and assembly line speeds, calculating horsepower, tire size, and fuel efficiency. Advanced applications include using equations to optimize aerodynamic body shapes in Formula 1 cars and exploit principles like Bernoulli's equation to increase speed. The presentation provides many examples of how mathematical concepts are applied throughout the automobile manufacturing process and in everyday car functions like odometers and speedometers.
Group I
This document discusses the role of mathematics in medicine. It provides several examples:
1. Doctors and nurses use math every day to calculate dosages, interpret medical scans like CAT scans, and analyze medical data.
2. Medicines are identified based on their shape, size, and other geometric properties that can be described using basic shapes.
3. Numbers and units are crucial in medicine for tasks like counting pills, measuring weights and volumes, and statistical analysis.
4. Concepts like ratios, proportions, percentages, and statistics are applied when administering medications and analyzing medical trends.
5. Advanced math underlies technologies like MRI machines that provide crucial medical images.
Maths in Electric Cars - Gillett
This document discusses the role of mathematics in electric vehicles. It provides examples of how math is used to calculate the electricity needed to recharge a car, the car's range based on the charge, and performance metrics like price, maintenance costs, range and charging time. The document also summarizes the benefits of electric cars, including lower fuel costs, reduced emissions, and fewer mechanical parts requiring maintenance compared to gas-powered vehicles. However, it notes that high battery costs, limited driving range, and long recharging times remain barriers that have prevented more widespread adoption of electric cars.