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The document discusses strategies for building a successful property investment portfolio that generates passive income over the long term. It emphasizes investing for the right reasons, being prepared for the long term, surrounding yourself with knowledgeable people, and having faith and ensuring properties are serviceable. It also discusses strategies like market timing, building a portfolio over 10-15 years through leveraging loans to purchase additional properties and achieve rental returns and portfolio growth. The goal is accumulating multiple income-generating properties to achieve financial freedom and passive income.
Liz gardening power point
The document discusses a gardening unit for Ms. Cullina's second class at Claddagh National School. The class wrote their own rules for gardening and engaged in activities like clearing garden beds, measuring raised beds, and making flowerboxes. They also did procedural writing on how to plant onions and a recount of garden news. The unit aimed to teach the mental health and relaxation benefits of gardening as well as growing one's own food.
Recommended
Linkedin Presentation
The document discusses strategies for building a successful property investment portfolio that generates passive income over the long term. It emphasizes investing for the right reasons, being prepared for the long term, surrounding yourself with knowledgeable people, and having faith and ensuring properties are serviceable. It also discusses strategies like market timing, building a portfolio over 10-15 years through leveraging loans to purchase additional properties and achieve rental returns and portfolio growth. The goal is accumulating multiple income-generating properties to achieve financial freedom and passive income.
Liz gardening power point
The document discusses a gardening unit for Ms. Cullina's second class at Claddagh National School. The class wrote their own rules for gardening and engaged in activities like clearing garden beds, measuring raised beds, and making flowerboxes. They also did procedural writing on how to plant onions and a recount of garden news. The unit aimed to teach the mental health and relaxation benefits of gardening as well as growing one's own food.
My body
This document lists the major bones, muscles, organs, and reproductive organs that make up the human body. It includes bones like the skull, spine, ribs, pelvis, humerus, femur, and fibula as well as muscles like the biceps, pectorals, quadriceps, and calf. Organs such as the mouth, stomach, intestines, lungs, heart, kidneys, and bladder are listed along with reproductive organs like the testis, penis, ovary, and uterus.
Erasmus plus happens junior age 4 7 survey
The document appears to be a survey or questionnaire for children that asks questions about their habits, likes, and daily activities. It inquires about their social and emotional well-being, enjoyment of sports and outdoor activities, eating and exercise habits, and screen time usage. The survey contains 30 questions in total that are meant to assess different aspects of a child's life.
An Overview Of The Athens LTTA
The Athens LTTA is a program that provides long-term technical assistance to the government of Athens. It aims to help strengthen public financial management and support economic development through institutional capacity building. The multi-year program focuses on modernizing budget processes, improving revenue administration, and developing economic policy analysis capabilities within key ministries.
Superconductivity
Superconductivity is a phenomenon where certain materials exhibit zero electrical resistance and expel magnetic fields when cooled below a critical temperature. Some key points:
- Superconductivity was first observed in mercury in 1911 by Kamerlingh Onnes, with resistance dropping to zero below 4.2K.
- Later, superconductors were found with higher critical temperatures, such as ceramics with critical temperatures up to 138K.
- The BCS theory explained superconductivity as arising from electrons forming Cooper pairs mediated by phonons, allowing them to flow without resistance.
- Applications of superconductors include maglev trains, MRI machines, power transmission lines, and quantum computing.
Eema magnetic properties of materials
This document discusses the magnetic properties of materials. Some key points:
1. Magnetic properties are studied using parameters like magnetic dipoles, magnetization, magnetic susceptibility, and permeability. Materials respond differently to external magnetic fields based on these properties.
2. The magnetic moment of a material arises from the orbital and spin motions of electrons and the nuclear spin. Only partially filled electron shells contribute to the net magnetic moment.
3. Materials are classified as diamagnetic, paramagnetic, ferromagnetic, antiferromagnetic, or ferrimagnetic based on their magnetic ordering and response to external fields. Ferromagnetic materials exhibit spontaneous magnetization from internal fields arising via exchange interactions between domains.
4. H
Tuesday 19th ltta
Claddagh National School in Galway, Ireland held activities on Tuesday, April 19th 2016 focused on health and wellness. In the morning, teachers participated in Pilates led by Imelda O'Connor O'Dea and a nutrition talk by Annie Connaughton about portion sizes. The school expressed gratitude to Imelda and Annie for sharing their expertise. Fourth class teacher Mr. Sean Leonard also gave visiting teachers a tour of the Claddagh Village. Job shadowing opportunities were available for visiting teachers to observe Claddagh teachers during lessons. In the afternoon, there was a talk on compassion.
Quantum free electron theory
This document discusses the key principles of quantum physics including:
(1) The wave-particle duality of microparticles like electrons described by de Broglie's equation.
(2) Energy quantization described by Planck's equation.
(3) Heisenberg's uncertainty principle.
It describes how Schrodinger's equation is used to model the wave-like behavior of electrons in solids. The energy and behavior of electrons is quantized based on solutions to Schrodinger's equation under different boundary conditions, such as electrons confined in a potential well or interacting with a potential barrier. Quantum theory was needed to fully explain properties of electrons in solids and failures of classical free electron theory
Erasmus+ happens greek school prsentation (2)
The document provides information about the 11th Primary School of Haidari in Athens, Greece. It discusses that the school has 310 students across 13 classes from ages 6 to 12. It describes the school's facilities such as the classrooms, computer room, library, playground, and canteen. The document also notes that the school has 14 teachers and participates in the Erasmus+ program to promote education across Europe.
P n junction--eema
The document discusses P-N junctions, which are formed at the interface between P-type and N-type semiconductors. When these materials come into contact, majority charge carriers diffuse across the junction, leaving behind charged dopant ions. This creates an electric field and depletion region across the junction. At equilibrium with no applied voltage, a built-in potential barrier forms that prevents further carrier recombination. P-N junctions can be forward or reverse biased by an external voltage, affecting the electric field and current flow. They are the basic components of many semiconductor devices such as diodes, transistors, and solar cells.
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My body
This document lists the major bones, muscles, organs, and reproductive organs that make up the human body. It includes bones like the skull, spine, ribs, pelvis, humerus, femur, and fibula as well as muscles like the biceps, pectorals, quadriceps, and calf. Organs such as the mouth, stomach, intestines, lungs, heart, kidneys, and bladder are listed along with reproductive organs like the testis, penis, ovary, and uterus.
Erasmus plus happens junior age 4 7 survey
The document appears to be a survey or questionnaire for children that asks questions about their habits, likes, and daily activities. It inquires about their social and emotional well-being, enjoyment of sports and outdoor activities, eating and exercise habits, and screen time usage. The survey contains 30 questions in total that are meant to assess different aspects of a child's life.
An Overview Of The Athens LTTA
The Athens LTTA is a program that provides long-term technical assistance to the government of Athens. It aims to help strengthen public financial management and support economic development through institutional capacity building. The multi-year program focuses on modernizing budget processes, improving revenue administration, and developing economic policy analysis capabilities within key ministries.
Superconductivity
Superconductivity is a phenomenon where certain materials exhibit zero electrical resistance and expel magnetic fields when cooled below a critical temperature. Some key points:
- Superconductivity was first observed in mercury in 1911 by Kamerlingh Onnes, with resistance dropping to zero below 4.2K.
- Later, superconductors were found with higher critical temperatures, such as ceramics with critical temperatures up to 138K.
- The BCS theory explained superconductivity as arising from electrons forming Cooper pairs mediated by phonons, allowing them to flow without resistance.
- Applications of superconductors include maglev trains, MRI machines, power transmission lines, and quantum computing.
Eema magnetic properties of materials
This document discusses the magnetic properties of materials. Some key points:
1. Magnetic properties are studied using parameters like magnetic dipoles, magnetization, magnetic susceptibility, and permeability. Materials respond differently to external magnetic fields based on these properties.
2. The magnetic moment of a material arises from the orbital and spin motions of electrons and the nuclear spin. Only partially filled electron shells contribute to the net magnetic moment.
3. Materials are classified as diamagnetic, paramagnetic, ferromagnetic, antiferromagnetic, or ferrimagnetic based on their magnetic ordering and response to external fields. Ferromagnetic materials exhibit spontaneous magnetization from internal fields arising via exchange interactions between domains.
4. H
Tuesday 19th ltta
Claddagh National School in Galway, Ireland held activities on Tuesday, April 19th 2016 focused on health and wellness. In the morning, teachers participated in Pilates led by Imelda O'Connor O'Dea and a nutrition talk by Annie Connaughton about portion sizes. The school expressed gratitude to Imelda and Annie for sharing their expertise. Fourth class teacher Mr. Sean Leonard also gave visiting teachers a tour of the Claddagh Village. Job shadowing opportunities were available for visiting teachers to observe Claddagh teachers during lessons. In the afternoon, there was a talk on compassion.
Quantum free electron theory
This document discusses the key principles of quantum physics including:
(1) The wave-particle duality of microparticles like electrons described by de Broglie's equation.
(2) Energy quantization described by Planck's equation.
(3) Heisenberg's uncertainty principle.
It describes how Schrodinger's equation is used to model the wave-like behavior of electrons in solids. The energy and behavior of electrons is quantized based on solutions to Schrodinger's equation under different boundary conditions, such as electrons confined in a potential well or interacting with a potential barrier. Quantum theory was needed to fully explain properties of electrons in solids and failures of classical free electron theory
Erasmus+ happens greek school prsentation (2)
The document provides information about the 11th Primary School of Haidari in Athens, Greece. It discusses that the school has 310 students across 13 classes from ages 6 to 12. It describes the school's facilities such as the classrooms, computer room, library, playground, and canteen. The document also notes that the school has 14 teachers and participates in the Erasmus+ program to promote education across Europe.
P n junction--eema
The document discusses P-N junctions, which are formed at the interface between P-type and N-type semiconductors. When these materials come into contact, majority charge carriers diffuse across the junction, leaving behind charged dopant ions. This creates an electric field and depletion region across the junction. At equilibrium with no applied voltage, a built-in potential barrier forms that prevents further carrier recombination. P-N junctions can be forward or reverse biased by an external voltage, affecting the electric field and current flow. They are the basic components of many semiconductor devices such as diodes, transistors, and solar cells.