● Anions migrate more slowly as they are attracted to the anode, but move under the influence of EOF toward the cathode. Migration time is determined by a characteristic constant of ion mobility and electroosmotic flow coefficients: , where V velocity migration; L length of capillary (the detector); t m time of migration; E electric field strength; u ion mobility; μ ion the coefficient of EOF. EOF In the analysis of small ions (e.g...
Sinu Nimi AUDI A6 JÕUÜLEKANNE REFERAAT Õppeaines: JÕUÜLEKANNE Transporditeaduskond Õpperühm: Juhendaja: lektor Sven Andresen Esitamiskuupäev:……………. Üliõpilase allkiri:…………….. Õppejõu allkiri: ……………… Tallinn 2015 SISUKORD Sisukord...............................................................................................................................................2 1. TÖÖJUHEND JA SISSEJUHATUS................................................................................................3 2. SÕIDUKI JA MOOTORINÄITAJAD.............................................................................................4 3. KÄIGUKAST JA SIDUR.................................................................................................................5 3.1 Käigukast...
Richard Karming VOLKSWAGEN POLO JÕUÜLEKANNE REFERAAT Õppeaines: JÕUÜLEKANNE Transporditeaduskond Õpperühm: KAT-31 Juhendaja: lektor Sven Andresen Esitamiskuupäev: ................................... Üliõpilase allkiri: ................................... Õppejõu allkiri: ...................................... Tallinn 2015 SISUKORD SISSEJUHATUS........................................................................................................................3 1. MOOTORI ANDMED............................................................................................................4 2. JÕUÜLEKANDE SKEEM.....................................................................................................6 3. SIDUR...
Tallinna Tehnikaülikool Riski- ja ohutusõpetus LABORATOORNE TÖÖ NR 2: MIKROKLIIMA PARAMEETRITE MÄÄRAMINE TÖÖRUUMI ÕHUS Töö nr: 2 Nimi: Kuupäev: Töökeskkonna mikrokliima Kursus: 24.03.15 tingimuste uurimine TÖÖ EESMÄRGID Tutvuda: (1) ruumi mikrokliima parameetrite otsese mõõtmise metoodikaga kasutades temperatuuri-, suhtelise õhuniiskuse ja õhu kiiruse määramise seadmeid; (2) mikrokliima tingimuste hindamise põhimõtetega. TÖÖVAHENDID 1. Digitaalne termohügromeeter ...................................................... 2. Testo termo-anemomeeter 405-V1 (Velocity stick) 3. Baromeeter ...................................................... Standardid EVS 916:2012 ja EVS-EN 15251:20...
Air pressure aneroid barometer. Air absolute and relative 1 bar = 1000 mbar = 105 Pa (N/m2) = 750 mmHg humidity Air velocity – is the rate of displacement of air (m/s), and is measured with anemometer. Air velocity Content of CO2 in the air Which temperature is the best...
Skeleti-lihassüsteemi füsioteraapia Doris Vahtrik Sissejuhatus skeleti-lihassüsteemi füsioteraapiasse Luumurdude, pehmete kudede ja liigesvigastuste füsioteraapia „Esimene samm edu suunas iga eriala puhul, on olla sellest huvitatud.“ Sir William Osler (1849-1919) Ortopeedia on väga laiaulatuslik ning samas kompleksne arstiteaduse valdkond. See hõlmab nii traumade kui skeleti- lihassüsteemi haiguste ravi. Traumatoloogiliste ja ortopeediliste probleemidega patsiente ravivad füsioterapeudid igapäevaselt. Eristatakse primaarset ortopeedilist füsioteraapiat ja teiste patoloogiate tagajärjel tekkinud vajadust skeleti-lihassüsteemi füsioteraapia järele. Ortopeedia ja ortopeediline füsioteraapia peaksid olema füsioteraapia õppekavade baasained, sest paljude ortopeediliste haigu...
INTENSIIVKURSUS ”TOOTMISE AUTOMATISEERIMINE” Intensiivkursus kuulub projekti: „Energia- ja geotehnika doktorikool II” tegevuskavasse Ins. Viktor Beldjajev TÄITURMEHHANISMID Loengumaterjalid Tallinn 2010 Sisukord Tähistused ................................................................................................................................. 5 1. Sissejuhatus ........................................................................................................................... 6 2. Täiturmehhanismide olemus ............................................................................................... 7 2.1. Täiturmehhanismide klassifikatsioon .................................................................................. 7 2.2. Automaatsüsteem...
Gtt /(8π) = −ρ − X(t, x, y, z), Grr = p − X. Let X = −Gtt /(8π) − . Where < ∞. Then Grr − Gtt /(8π) − = p(ρ) = p( ). Then by choosing arbitrary metric non-singular function a(t), one finds the , which is necessarily finite. In case of the collapse of a star (P.S. a star is not the dust ball), the metric in curvature coordinates has three metric functions ds2 = −A(r, t)dt2 + Bdr2 + W 2 dΩ2 , velocity uν = (w, k(w), 0, 0) with 4 independent Einstein Equations, the Dark Matter is not necessary. In the co-moving coordinates holds ds2 = −dτ 2 + 2q dτ dr + b dr2 + W 2 dΩ2 . Here holds uν = (1, 0, 0, 0), thus the number of Einstein Equations is now 3. The uν = (1, 0, 0, 0) is not the geodesic vector. Because the metric functions are rigidly fixed for given matter, and the matter satisfies the energy conditions, then this is the case of the Hawking singularity theorems...
The effect has been to increase the number of companies involved in satisfying consumer demand, while reducing management control of daily logistics operations. Less control and more supply chain partners led to the creation of supply chain management concepts. The purpose of supply chain management is to improve trust and collaboration among supply chain partners, thus improving inventory visibility and improving inventory velocity . Several models have been proposed for understanding the activities required managing material movements across organizational and functional boundaries. SCOR is a supply chain management model promoted by the Supply-Chain Council. Another model is the SCM Model proposed by the Global Supply Chain Forum (GSCF). Supply chain activities can be grouped into strategic, tactical, and operational levels of activities....
Kiirjooks Distantsid Pallivise tehnika osade jaotus Pallivise koosneb hoojooksust, ristsammust, palli Jooksud kuni 400 m, nt: 60, 100, 200, 400, 4x100, tahaviimisest (jätmisest), äraviskest ja 4x400, 100 ja 110 tõkked, 400 tõkked. tasakaalustamisest. Millega võrdub jooksukiirus ? Enamlevinud vead palliviskes - Hoojooksu Jooksukiirus võrdub sammusageduse ja esimene pool on liiga pikk ja sammumärgile jõudes sammupikkuse korrutisega. v = s : t ehk kiirus on on viskaja kiirus liialt suur. Sammumärki tabades teepikkuse ja kulunud aja suhe. pöörab viskaja õlavöö järsult paremale ühe sammu Kiirjooksu osad 100m jooksu näteil jooksul. Viske-eelses asendis on viskekäsi koos...
(Galenet) The Brownian Motion • Explained the movements of very small objects. (Galenet) • Examined molecular action that supported the Atomic Theory. (Galenet) The Theory of Relativity • First assumption was that the law of physics are the same from any frame of reference. (Galenet) • Second assumption was that the velocity of light will always be the same no matter what condition measured. (Isaacson, Einstein) • From the two assumptions, Einstein derived a mathematical relationship between the velocity of an object and its length. (Isaacson, Einstein) E=MC2 • Energy equals mass times the speed of light squared. (Fara, EBSOCHOST) • Formula was derived due to Einstein’s realization of how closely energy and a mass of a body is connected. (Fara, EBSCOHOST)...
Eesti Rahvusraamatukogu digitaalarhiiv DIGAR Eesti Rahvusraamatukogu digitaalarhiiv DIGAR Ain Tulvi LOGISTIKA Õpik kutsekoolidele Tallinn 2013 Eesti Rahvusraamatukogu digitaalarhiiv DIGAR Käesolev õppematerjal on valminud „Riikliku struktuurivahendite kasutamise strateegia 2007- 2013” ja sellest tuleneva rakenduskava „Inimressursi arendamine” alusel prioriteetse suuna „Elukestev õpe” meetme „Kutseõppe sisuline kaasajastamine ning kvaliteedi kindlustamine” programmi „Kutsehariduse sisuline arendami...
The higher the wave is, the more of energy is stored in it in form of potential energy. @hD = m The wave length l is the distance between two wave crests. The shorter the wavelength the more of energy (potential) can be transported if wave high and velocity stay constant. @lD = m The period of waves is the time between two following wave crests over a fix point over the ground. @tper D = s The frequency f is the number of oscillating waves per second. It’s reciprocal is the period. 1 1 f= @fD = tper s...
Firstly the author brought out what does the term big data mean. Big data is a term for data sets that are so large or complex that traditional data processing application software is inadequate to deal with them. In the article „Big Data For SMBs“ the author mentioned that big data could be described with the three V-s: volume, velocity and variety. This paragraph talked about the amount, speed and variety of the data gathered. The author continued with big data opportunities. She brought out that by dipping into and analyzing big data, one can find out who the most valuable customers are, analyze competitors’ actions, to be familiar with recent changes on the marketplace and understanding how to make operations more efficient. In the next article „Five big data challenges And how to overcome them with...
digital signals are combined into one e signal over a shared medium noise the process of removing unwanted müra reduction modifications from a signal vähendamine phase the position of a point in time on a faas waveform cycle radar an object-detection system that uses radar radio waves to determine the range, angle, or velocity of objects sampling the reduction of a continuous signal to a diskreetimine discrete signal sampling the number of samples per second diskreetimissa rate taken from a continuous signal to create gedus a discrete signal signal a function that conveys information signaal about the behavior or attributes of some phenomenon...
The weapon releases a current on the order of 3 to 5 million ampers which is about 1,200 volts released in a ten millisecond timeframe. That is enough to accelerate a mass of approximately 45 pounds from zero to five thousand miles per hour in one one-hundredth of a second. Due to its ability to reach speeds of up to 5,600 miles per hour, the hypervelocity projectile is engineered as a kinetic energy warhead, meaning no explosives are necessary. The hyper velocity projectile can travel at speeds up to 2,000 meters per second, a speed which is about three times that of most existing weapons. The rate of fire is 10-rounds per minute. A kinetic energy hypervelocity warhead also lowers the cost and the logistics burden of the weapon. 10 Although it has the ability to intercept cruise missiles, the hypervelocity projectile can be stored in large numbers on ships...
stuffs before design Wine Creams Grade 1 Medical water Renal dialysis Electronics Abrasion Resistance Size distribution of particles Concentration of solids by Some relationships predicting volume wear in pipelines: Relative density of solids Wear Velocity (2.5-4.5) Shape of particles E=6.1 dm^2.15*U^3.7 Sharpness of particles Flow regime affects angle of Where :- impingement, sliding bed etc E= wear rate (at bottom of pipe, mm/year Temperature of fluid dm = mean particle size, Velocity of slurry U= mean slurry velocity, Chemical resistance m/s Chemical Resistance...
Hüdrotrafo https://www.youtube.com/watch?v=hhwYIs6Lu3M Käigukasti liigid · Manuaalne (käsitsi käiguvahetusega) (Manual Transmission M/T) · Automaatne (automaatse käiguvahetusega) (Automatic Transmission A/T) · Püsikiirusliigendiga (käiguvahetuseta) (Constant Velocity Transmission CV/T) · Automatiseeritud manuaal kast DSG, DCT, Manuaal käigukast · Manuaalkäigukastiga sõidukil vahetatakse käiku siduriga, mis võimaldab eraldada jõuülekande mootorist, kui sõiduk on peatunud või juht on käiku vahetamas. Käsikäigukast võimaldab juhil läbi käigukangi muuta hammasajamite asetust, et tagada jõuülekande ja mootori optimaalne võimekus. Manuaaljõuülekannet illustreeriv pilt: · https://www.youtube.com/watch?time_continue=8&v=...
[2] Big data can be described by the following properties: - Volume. Organizations collect data from a variety of sources, including business transactions, social media, and information from sensor or machine-to-machine data. In the past, storing it would’ve been a problem – but new technologies (such as Hadoop) have eased the burden. [3] - Velocity . Data streams in at an unprecedented speed and must be dealt with in a timely manner. RFID tags, sensors, and smart metering are driving the need to deal with torrents of data in near-real time. [3] - Variety. Data comes in all types of formats – from structured, numeric data in traditional databases to unstructured text documents, email, video, audio, stock ticker data, and financial transactions. [3]...
Majandussotsioloogia Seminar 6 Tekstid 4 ja 5 Jekaterina Bavõkina 193893TABB Tekst 4: Ritzer, G., & Miles, S. (2019). The changing nature of consumption and the intensification of McDonaldization in the digital age. Journal of Consumer Culture, 19 (1), 3– 20 - Palun kirjeldage McDonaldsi ja Amazoni näitel, kuidas on kliendid prosumerid. Kas te olete ise Amazonist oste tehes või McDonaldsis süües tundnud, et teete tasuta tööd? Palun põhjendage. Esiteks, kes on prosumer? Prosumer - isik, kes võtab aktiivselt osa kaupadest ja teenustest, mida ta ise tarbib. McDonaldsi kontseptsioon on see, et restoranis pole ühtegi kelnerit, kes serveeriks kliente laudade ääres, sundides seeläbi kliente järjekorras seisma j...