A transformer consists of an iron core with two coils wound around it. The primary coil is connected to a power source and induces a changing magnetic field in the core. This changing magnetic field is then carried into the secondary coil, inducing a voltage in it. The ratio of the number of turns in the primary coil to the number of turns in the secondary coil determines whether the transformer is a step-up transformer, increasing voltage, or a step-down transformer, decreasing voltage.
Sulfur is an essential element for life that cycles through the environment. It exists in the atmosphere as sulfur dioxide gas emitted by volcanoes and factories. Microorganisms in soil and sediments convert atmospheric sulfur dioxide into sulfates and sulfides that plants take up through their roots. Animals then obtain sulfur by eating plants or other animals. When organisms die and decompose, sulfur is released back into the environment as sulfates and sulfides through decay, completing the cycle.
By Eelke Wielinga, Network Expert at the event: Network Approaches and Alliance Management, organised by MDF and PSO on 13 April 2011 in Utrecht. The introduction
Socrates was a Greek philosopher born in 469 BC in Athens, Greece who is known for questioning beliefs and encouraging critical thinking. He died in 399 BC after being prosecuted and sentenced to death by poisoning himself with hemlock.
Archimedes was a famous Greek mathematician and scientist who lived in Syracuse, Sicily from around 287 BC to 212 BC. He died during the Roman siege of Syracuse when he was killed by Roman soldiers despite orders not to harm him. Archimedes was related to the tyrant who ruled Syracuse and known for his work in geometry and science.
Alexander the Great was born in 356 BC in Pella, Macedonia. He became the king of Macedonia after his father's death and went on to conquer the vast Persian Empire. Considered a military genius, Alexander the Great established one of the largest empires in ancient history before his death in 323 BC, possibly due to poisoning.
This document provides an overview of broadcast fundamentals, covering:
1. The history of television and development of color television standards over time.
2. How the human eye perceives images and color, and concepts like primary/secondary colors, hue, saturation, and luminosity.
3. The basic television signal, including interlaced scanning, synchronization, bandwidth considerations, and the development of monochrome and color NTSC/PAL standards.
4. Components of a video camera like lenses, filters, and early/modern image sensors like CCD, discussing their operation and role in image capture.
5. Magnetic recording principles of video tape recorders and developments in analog/digital recording
A transformer consists of an iron core with two coils wound around it. The primary coil is connected to a power source and induces a changing magnetic field in the core. This changing magnetic field is then carried into the secondary coil, inducing a voltage in it. The ratio of the number of turns in the primary coil to the number of turns in the secondary coil determines whether the transformer is a step-up transformer, increasing voltage, or a step-down transformer, decreasing voltage.
Sulfur is an essential element for life that cycles through the environment. It exists in the atmosphere as sulfur dioxide gas emitted by volcanoes and factories. Microorganisms in soil and sediments convert atmospheric sulfur dioxide into sulfates and sulfides that plants take up through their roots. Animals then obtain sulfur by eating plants or other animals. When organisms die and decompose, sulfur is released back into the environment as sulfates and sulfides through decay, completing the cycle.
By Eelke Wielinga, Network Expert at the event: Network Approaches and Alliance Management, organised by MDF and PSO on 13 April 2011 in Utrecht. The introduction
Socrates was a Greek philosopher born in 469 BC in Athens, Greece who is known for questioning beliefs and encouraging critical thinking. He died in 399 BC after being prosecuted and sentenced to death by poisoning himself with hemlock.
Archimedes was a famous Greek mathematician and scientist who lived in Syracuse, Sicily from around 287 BC to 212 BC. He died during the Roman siege of Syracuse when he was killed by Roman soldiers despite orders not to harm him. Archimedes was related to the tyrant who ruled Syracuse and known for his work in geometry and science.
Alexander the Great was born in 356 BC in Pella, Macedonia. He became the king of Macedonia after his father's death and went on to conquer the vast Persian Empire. Considered a military genius, Alexander the Great established one of the largest empires in ancient history before his death in 323 BC, possibly due to poisoning.
This document provides an overview of broadcast fundamentals, covering:
1. The history of television and development of color television standards over time.
2. How the human eye perceives images and color, and concepts like primary/secondary colors, hue, saturation, and luminosity.
3. The basic television signal, including interlaced scanning, synchronization, bandwidth considerations, and the development of monochrome and color NTSC/PAL standards.
4. Components of a video camera like lenses, filters, and early/modern image sensors like CCD, discussing their operation and role in image capture.
5. Magnetic recording principles of video tape recorders and developments in analog/digital recording
By Rosemarie Wuite at the event: Network Approaches and Alliance Management, organised by MDF and PSO on 13 April 2011 in Utrecht, NL: This presentation was developed by a network facilitator/practitioner.
It gives some examples of how a network facilitator could foster network
dynamics and identifies some puzzles to further brainstorm around.
The document outlines the CAT (Citizens Army Training) orientation for the SY 2012-2013 school year, including what CAT is and its goals of instilling discipline and responsibility for national defense. It describes the divisions of cadets, military police, and medics, as well as the grading system involving merits, demerits, and bangs. Requirements for uniforms, ticklers, and nameplates are also outlined for each division.
Unfortunately there are no known pictures of Pythagoras as he lived in the 6th century BCE and the Pythagoreans, the community he founded, did not allow images of their leader. While later traditions imagined what he may have looked like, historians cannot say with certainty. The information we have about his life and contributions comes primarily from written accounts by later authors.
Bashkeveprimi me kompjuterat
Interneti,segregimi dhe shkolla
Lidhjet në internet
Teknologjia dixhitale tek proçesi i të mësuarit
Teknologjia dhe demokratizimi i kultures
Muzika përmes teknologjisë dixhitale.
Deuteromycota are imperfect fungi that reproduce asexually through conidia. They were classified as imperfect because scientists never observed their sexual reproduction phase. While they lack observable sexual reproduction, they display hyphae and asexual spore structures similar to other fungi. Examples include black mold, athlete's foot fungi, and Penicillium species important in food and medicine.
This document provides information about ascomycetes, a phylum of fungi that reproduces sexually through spore-filled structures called asci. It discusses the structure of ascomycetes including their hyphae and septa. Examples of ascomycetes are described such as yeasts like Saccharomyces cerevisiae, the pathogenic Pneumocystis jirovecii, and edible mushrooms like Morchella esculenta. The life cycle and references are also summarized.
1) Nitrogen is essential for organisms but it exists mainly as unusable N2 gas in the atmosphere. It must be converted to biologically available forms through the nitrogen cycle.
2) The nitrogen cycle describes the movement of nitrogen between the atmosphere, biosphere, and lithosphere through processes like nitrogen fixation, uptake, mineralization, nitrification, and denitrification.
3) Nitrogen fixation converts atmospheric N2 to ammonium through processes like nitrogen-fixing bacteria in legume roots and the use of synthetic nitrogen fertilizers.
Electrochemistry deals with the interconversion of electrical and chemical energy through redox reactions. A galvanic or voltaic cell produces electricity through the spontaneous chemical change that occurs within it. A voltaic cell works because of the different abilities of materials like metals to donate or accept electrons, and the ability of electrons to flow through an external circuit. An example is a zinc-copper cell, where zinc oxidizes and copper reduces, driving electrons through the circuit.
Power plants are located far from communities, requiring long transmission lines to transmit power to homes. Transmission losses are reduced by transmitting power at high voltage and low current, which necessitates the use of step-up transformers at power plants and step-down transformers before distributing power to homes.
Zygomycetes are fungi that reproduce sexually through the fusion of gametes to form zygospores and asexually through sporangia. They have rhizoids that absorb nutrients, stolons that connect structures, and sporangiophores that bear sporangia. During the life cycle, asexual reproduction produces spores for germination while sexual reproduction involves the fusion of haploid gametes from different mating types. Zygomycetes can be pathogenic, commensal, or parasitic and are used for biological control, in some food fermentations, and to produce metabolites.
Basidiomycetes, or club fungi, are a division of fungi that produce basidiospores on club-shaped structures called basidia. They can be saprophytes that feed on dead organic matter or parasites that live within a host. The perfect stage of their life cycle involves the basidium bearing basidiospores. Examples of basidiomycetes include mushrooms, smuts, rusts, puffballs, and stinkhorns. Some basidiomycetes have medical benefits while others can cause plant or animal diseases.
Phosphorus cycles through water, soil, sediments and the atmosphere. It is released from sedimentary rocks through weathering and enters soils and water, where it is taken up by plants and moves up the food chain as animals eat plants or other animals. Phosphorus returns to soils through the decomposition of animal and plant wastes.
By Rosemarie Wuite at the event: Network Approaches and Alliance Management, organised by MDF and PSO on 13 April 2011 in Utrecht, NL: This presentation was developed by a network facilitator/practitioner.
It gives some examples of how a network facilitator could foster network
dynamics and identifies some puzzles to further brainstorm around.
The document outlines the CAT (Citizens Army Training) orientation for the SY 2012-2013 school year, including what CAT is and its goals of instilling discipline and responsibility for national defense. It describes the divisions of cadets, military police, and medics, as well as the grading system involving merits, demerits, and bangs. Requirements for uniforms, ticklers, and nameplates are also outlined for each division.
Unfortunately there are no known pictures of Pythagoras as he lived in the 6th century BCE and the Pythagoreans, the community he founded, did not allow images of their leader. While later traditions imagined what he may have looked like, historians cannot say with certainty. The information we have about his life and contributions comes primarily from written accounts by later authors.
Bashkeveprimi me kompjuterat
Interneti,segregimi dhe shkolla
Lidhjet në internet
Teknologjia dixhitale tek proçesi i të mësuarit
Teknologjia dhe demokratizimi i kultures
Muzika përmes teknologjisë dixhitale.
Deuteromycota are imperfect fungi that reproduce asexually through conidia. They were classified as imperfect because scientists never observed their sexual reproduction phase. While they lack observable sexual reproduction, they display hyphae and asexual spore structures similar to other fungi. Examples include black mold, athlete's foot fungi, and Penicillium species important in food and medicine.
This document provides information about ascomycetes, a phylum of fungi that reproduces sexually through spore-filled structures called asci. It discusses the structure of ascomycetes including their hyphae and septa. Examples of ascomycetes are described such as yeasts like Saccharomyces cerevisiae, the pathogenic Pneumocystis jirovecii, and edible mushrooms like Morchella esculenta. The life cycle and references are also summarized.
1) Nitrogen is essential for organisms but it exists mainly as unusable N2 gas in the atmosphere. It must be converted to biologically available forms through the nitrogen cycle.
2) The nitrogen cycle describes the movement of nitrogen between the atmosphere, biosphere, and lithosphere through processes like nitrogen fixation, uptake, mineralization, nitrification, and denitrification.
3) Nitrogen fixation converts atmospheric N2 to ammonium through processes like nitrogen-fixing bacteria in legume roots and the use of synthetic nitrogen fertilizers.
Electrochemistry deals with the interconversion of electrical and chemical energy through redox reactions. A galvanic or voltaic cell produces electricity through the spontaneous chemical change that occurs within it. A voltaic cell works because of the different abilities of materials like metals to donate or accept electrons, and the ability of electrons to flow through an external circuit. An example is a zinc-copper cell, where zinc oxidizes and copper reduces, driving electrons through the circuit.
Power plants are located far from communities, requiring long transmission lines to transmit power to homes. Transmission losses are reduced by transmitting power at high voltage and low current, which necessitates the use of step-up transformers at power plants and step-down transformers before distributing power to homes.
Zygomycetes are fungi that reproduce sexually through the fusion of gametes to form zygospores and asexually through sporangia. They have rhizoids that absorb nutrients, stolons that connect structures, and sporangiophores that bear sporangia. During the life cycle, asexual reproduction produces spores for germination while sexual reproduction involves the fusion of haploid gametes from different mating types. Zygomycetes can be pathogenic, commensal, or parasitic and are used for biological control, in some food fermentations, and to produce metabolites.
Basidiomycetes, or club fungi, are a division of fungi that produce basidiospores on club-shaped structures called basidia. They can be saprophytes that feed on dead organic matter or parasites that live within a host. The perfect stage of their life cycle involves the basidium bearing basidiospores. Examples of basidiomycetes include mushrooms, smuts, rusts, puffballs, and stinkhorns. Some basidiomycetes have medical benefits while others can cause plant or animal diseases.
Phosphorus cycles through water, soil, sediments and the atmosphere. It is released from sedimentary rocks through weathering and enters soils and water, where it is taken up by plants and moves up the food chain as animals eat plants or other animals. Phosphorus returns to soils through the decomposition of animal and plant wastes.
1. Republika ng Pilipinas
Kagawaran ng Agham at Teknolohiya
Mataas na Paaralan ng Pilipinas sa Agham – Pangunahing Kampus
Citizens Army Training I
Batch 2013
GABAY SA WASTONG PAGGAMIT NG TICKLER
Ang TICKLER ay isang maliit na kuwaderno kung saan itinatala ang inyong mga merit
at demerit.
Mga detalye ng tickler:
Maliit na kwaderno na may 100 pahina, walang labis, walang kulang. Tatlong
pulgadang haba, limang pulgadang lapad. Kahit na anong tatak. Nasa taas ang
alambreng nagbibigkis.
Balutan ng BUGHAW na papel para sa mga KADETE, PULANG papel para sa
mga MEDIKO, at LUNTIANG papel para sa mga MP.
Tanggalin ang alambreng nagbibigkis sa mga pahina at palitan ito ng kahit na
anong kulay na yarn. Siguraduhing mahigpit ang pagkakatali nito.
Sa gawing IBABANG-KANAN ng bawat pahina, lagyan ng bilang at bilugan ito
gamit ng PULANG tinta.
Balutan ang tickler ng plastic cover upang ito’y hindi masira kaagad.
Tandaan:
Sa bawat beses na magkakamali, tiklupin ang pahina sa gitna at magpatuloy sa
susunod na pahina. Ipinagbabawal ang pagpupunit ng pahina.
Panatilihing malinis at maayos ang inyong tickler.
Parte ng uniporme ninyo bilang mga kadete ang inyong tickler. Magkakamit ng
isang demerit ang sinumang hindi makapagdadala nito sa panahon ng CAT.
Ang isang demerit ay katumbas ng -3 na merit.
Ang merit ay may katagalan ng 14 na araw bago mawalan ng bisa. Ang demerit
ay dumodoble sa bawat 7 araw.
Tiyaking napirmahan ng inyong mga pinuno ang kanilang mga naibigay na merit
at demerit.
Tiyaking naka-ayos sa kronolohikal na pagkakasunod-sunod ang mga merit at
demerit na nakatala sa tickler.
Isumite ang inyong mga tickler sa pagtatapos ng bawat kwarter para sa pagtatala
at pagbeberipika.
/jmdestrellaCAT1213
2. Mga detalye ng mga pahina:
UNANG PAHINA Tandaan:
Isulat ang inyong buong
pangalan apat na patlang mula
sa ibaba sa ganitong paraan:
(Posisyon Unang Pangalan
Gitnang Pangalan Apelyido)
Isulat ang inyong pulutong sa
patlang na kasunod ng inyong
pangalan.
Isulat ang PSHS-CAT1 sa
patlang na kasunod ng inyong
pulutong.
Hangga’t maari, pagkasiyahin
niyo ang inyong buong pangalan
sa iisang linya. May mga kadete’t
pinuno na may mahahabang
Cadet Gustavo Dimagiba pangalan na nagtagumpay sa
Bravo 1 pagsulat nito.
PSHS-CAT1
1
Mga posisyon = Cadet/Medic/MP
/jmdestrellaCAT1213
3. FORMAT PARA SA MERIT
Isulat ang bilang ng nakamit na
merit 4 na patlang mula sa petsa
gamit ang bughaw na tinta sa
PHILIPPINE SCIENCE HIGH SCHOOL
sumusunod na paraan:
Citizen Army Training - 1
Agham Road, Diliman, Q.C.
8 Jun 2012 Salitang bilang sa Ingles
(tambilang) Merit
Guhitan ang ika-apat na guhit
One (1) Merit mula ibaba ng madiin na guhit.
Isulat sa ika-apat na patlang mula
sa ibaba ang pangalan ng
pinunong nagbigay ng merit sa
ganitong paraan:
C (Buong pangalan ng pinuno)
Isulat sa kasunod na patlang ang
C Juan Marciano dela Cruz kanyang posisyon sa ganitong
Bravo 1 Commanding Officer paraan*:
2 (Pulutong) Commanding Officer
Tandaan: Pipirmahan dapat ng inyong
pinuno ang inyong mga merit
Isulat sa unang tatlong linya ang gamit ang bughaw na tinta.
mga sumusunod:
PHILIPPINE SCIENCE HIGH
SCHOOL
Citizen Army Training – 1
Agham Road, Diliman, Q.C.
Isulat ang petsa ng
pagkakapirma ng merit sa
sumusunod na paraan:
(petsa)_(tatlong letrang daglit ng
buwan sa Ingles)_(taon)
/jmdestrellaCAT1213
4. FORMAT PARA SA DEMERIT Isulat ang petsa ng
pagkakapirma ng demerit sa
sumusunod na paraan:
PHILIPPINE SCIENCE HIGH SCHOOL
(petsa)_(tatlong letrang daglit ng
Citizen Army Training - 1
buwan sa Ingles)_(taon)
Agham Road, Diliman, Q.C.
8 Jun 2012
Isulat ang bilang ng nakamit na
demerit 4 na patlang mula sa
petsa gamit ang pulang tinta sa
One (1) Demerit sumusunod na paraan:
Salitang bilang sa Ingles
(tambilang) Demerit
Guhitan ang ika-apat na guhit
mula ibaba ng madiin na guhit.
Isulat sa ika-apat na patlang mula
sa ibaba ang pangalan ng
C Juan Marciano dela Cruz pinunong nagbigay ng demerit sa
Bravo 1 Commanding Officer ganitong paraan:
2 C (Buong pangalan ng pinuno)
Tandaan: Isulat sa kasunod na patlang ang
kanyang posisyon sa ganitong
Isulat sa unang tatlong linya ang paraan*:
mga sumusunod:
(Pulutong) Commanding Officer
PHILIPPINE SCIENCE HIGH
SCHOOL Pipirmahan dapat ng inyong
Citizen Army Training – 1 pinuno ang inyong mga demerit
Agham Road, Diliman, Q.C. gamit ang pulang tinta.
*Sa mga posisyon, isulat ang mga ito kung sila ang nagbigay sa inyo:
CAT Commandant Staff Officer 1
Corps Commander Staff Officer 2
/jmdestrellaCAT1213
