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ASPECTS OF HUMAN GROWTH AND DEVELOPMENT
| Institution | TVET |
| Course | Diploma in Social Wo... |
| Year | 1st Year |
| Semester | Unknown |
| Posted By | stephen |
| File Type | |
| Pages | 3 Pages |
| File Size | 349.09 KB |
| Views | 3432 |
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ASPECTS OF HUMAN GROWTH AND DEVELOPMENT
The aspects of human growth and development refer to the various dimensions or facets of individuals' progress and maturation as they move through different stages of life. These aspects encompass physical, cognitive, emotional, social, moral, identity, sexual, and spiritual dimensions, each contributing to the holistic development of individuals
Here are the key aspects of human growth and development:
1. Physical Development: Physical development refers to the changes in the body's structure, function, and appearance over time. This includes growth in height, weight, muscle mass, bone density, motor skills, coordination, sensory abilities, and physical health.
2. Cognitive Development: Cognitive development involves the growth and maturation of mental processes, including perception, memory, attention, language, problem-solving, reasoning, decision-making, and information processing. Cognitive development is influenced by genetics, environment, experiences, and educational opportunities.
3. Emotional Development: Emotional development pertains to the ability to recognize, understand, and manage one's own emotions as well as empathize with others' feelings. It involves the development of emotional awareness, regulation, expression, resilience, empathy, and social competence.
4. Social Development: Social development encompasses the growth of interpersonal skills, social relationships, and social behaviors within the context of family, peers, schools, communities, and society at large. It includes the development of communication skills, cooperation, empathy, conflict resolution, and cultural competence.
5. Moral Development: Moral development refers to the formation of ethical principles, values, beliefs, and standards of behavior that guide individuals' decisions and actions in social and moral dilemmas. It involves the development of conscience, empathy, moral reasoning, and the ability to distinguish between right and wrong.
6. Identity Development: Identity development involves the exploration and construction of one's sense of self, including personal values, beliefs, interests, goals, roles, and identity. It encompasses the development of self-concept, self-esteem, self-awareness, and the integration of personal and social identities.
7. Sexual Development: Sexual development involves the biological, psychological, and social aspects of sexuality, gender identity, and sexual orientation. It includes the physical changes associated with puberty, the exploration of sexual identity and relationships, and the development of healthy attitudes and behaviors related to sexuality.
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Kenya High, Alliance, and Lenana Pre-Mock (KALA); Biology PP1,PP2 & PP3 Q&A
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ADDITION REACTIONS TO POLARIZED MULTIPLE BONDS
ADDITION REACTIONS TO POLARIZED MULTIPLE BONDS
The electron flow paths for addition
The AdE2 Reaction: Electron Flow Pathways AE + A N
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Kenya High, Alliance, and Lenana MOCK (KALA); Biology PP1,PP2 & PP3 Q&A
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Download a copy of the Kenya High, Alliance, and Lenana MOCK (KALA); Biology PP1,PP2 & PP3 Question Papers with well coordinated Marking Schemes attached. This is good revision material for your upcoming exams.
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BASIC RULES FOR MECHANISM STUDIES IN ORGANIC CHEMISTRY
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BASIC RULES FOR MECHANISM STUDIES IN ORGANIC CHEMISTRY
Carbon has 4 bonds – it is neutral.
If it has 3 bonds, then look at number of electrons.
None – positive - carbocation
1 electron – no charge – free radical
2 electrons – negative - carbanion
Curly arrow :
Atom where the arrow comes from – becomes less negative or positive.
If it was an anion – atom becomes neutral
20 Pages
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Nano
Many authorities predict that applications of nanotechnologies will ultimately pervade virtually every aspect of life and will enable dramatic advances to be realized in most areas of communication, health, manufacturing, materials and knowledge-based technologies. Even if this is only partially true, there is an obvious need to provide industry and research with suitable tools to assist the development, application and communication of the technologies. One essential tool in this armoury will be the harmonization of the terminology and definitions used in order to promote their common understanding and consistent
usage. This terminology includes terms that are either specific to the sector covered by the title or are used with a specific meaning in the field of nanotechnology. It is one of a series of terminology PASs covering many different aspects of nanotechnologies.
This terminology attempts not to include terms that are used in a
manner consistent with a definition given in the Oxford English
Dictionary [1], and terms that already have well established meanings and to which the addition of the prefix “nano” changes only the scale to which they apply but does not otherwise change their meaningThe multidisciplinary nature of nanotechnologies can lead to confusion as to the precise meaning of some terms because of differences in usage between disciplines. Users are advised that, in order to support the standardization of terminology, this PAS provides single definitions wherever possible
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Nanoparticles: synthesis and applications
Nanoparticles are defined by the worldwide federation of national standards bodies, the International Organization for Standardization (ISO), as nanoobjects with
all external dimensions in the nanoscale, where the lengths of the longest andshortest axes of nanoobjects do not differ significantly . Though nanoscale is basically ranged from 1 to 100 nm, nanoparticles can be categorized by three size ranges: larger than 500 nm, between 100 and 500 nm, and
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Elimination Reactions
An elimination is the loss of two atoms or groups from a molecule, which will typically result in the formation of a new bond.
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INTRODUCTION TO ORGANIC CHEMISTRY MECHANISMS
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Lewis Structures
A Lewis structure shows what atoms are connected to each other, and it shows where the electrons in the molecule reside. Single bonds between two atoms are represented with a single line, signifying two shared electrons; double bonds are represented with a double line, signifying four shared electrons; and triple bonds are represented with a triple line, signifying six shared. Nonbonding electrons are indicated with dots on the atoms on which they reside.
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Nanoscience, Nanotechnology, and Chemistry
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Nanoscience is the emerging science of objects that
are intermediate in size between the largest molecules and
the smallest structures that can be fabricated by current
photolithography; that is, the science of objects with smallest dimensions ranging from a few nanometers to less than
100 nanometers.[1–3] In chemistry, this range of sizes has historically been associated with colloids, micelles, polymer
molecules, phase-separated regions in block copolymers,
and similar structures—typically, very large molecules, or
aggregates of many molecules. More recently, structures
such as buckytubes, silicon nanorods, and compound semi conductor quantum dots have emerged as particularly interesting classes of nanostructures. In physics and electrical engineering, nanoscience is most often associated with quantum behavior, and the behavior of electrons and photons in
nanoscale structures. Biology and biochemistry also have a
deep interest in nanostructures as components of the cell;
many of the most interesting structures in biology—from
DNA and viruses to subcellular organelles and gap junctions—can be considered as nanostructures.
8 Pages
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Reactions of Alkyl halides
In this type of reaction, a nucleophile reacts with haloalkane (the substrate) having a
partial positive charge on the carbon atom bonded to halogen. A substitution reaction takes place and halogen atom, called leaving group departs as halide ion. Since the substitution reaction is initiated by a nucleophile, it is called nucleophilic substitution reaction
122 Pages
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