58 - position parameter for X axis, FX50 -speed parameter for X axis. N003 G01 X168.88 FX50 N004 G01 X202.65 FX50 N005 G01 X22.52 FX50 N006 G01 X202.65 FX50 N007 G01 X112.58 FX50 N008 M02 Program 4: Ramp Profiles N000 G08 X10 N001 G09 X10 N002 G01 X202.65 FX0 N003 G08 X10 N004 G09 X10 N005 G01 X22.52 FX0 N006 G08 X0 N007 G09 X0 N008 G01 X202.65 FX0 N009 G08 X0 // N009- Record number, G08- Acceleration for approach ramp, X0- 100% acceleration parameter for X axis N010 G09 X0 // N010- Record number, G09- Deceleration for brake ramp, X0- 100% deceleration parameter for X axis N011 G01 X22.52 FX0 // N011- Record number, G01- Move to position at specified speed, FX0- 100% speed parameter for X axis N012 G08 X10 N013 G09 X10 N014 G01 X202.65 FX0 N015 G08 X10 N016 G09 X10 N017 G01 X22.52 FX0 N018 G08 X0 N019 G09 X0 N020 G01 X202.65 FX0 N021 G08 X0 N022 G09 X0 N023 G01 X22.52 FX0 N024 G08 X50
05 200 absolute 400 400 Explanations: Position- Entry number in program Position [R] position value that the motor should achieve Running speed- maximum speed at which the motor will perform the command Positioning run- determines positioning mode, which may be relative (calculated from the last position), or absolute (calculated from the reference point). Acceleration determines the time, the motor accelerates to full movement speed (the lenght of acceleration ramp) Deceleration- determines the time, the motor decelerates to full movement speed (the lenght of deceleration ramp) 6. Solutions to the problems 3.1 What signals SEC-AC and testbox exchange? SEC-AC and testbox exchange the following signals: TD-RD (Transmitted Data Received Data) DTR-DSR (Data Terminal Ready- Data Set Ready) RTS-CTS(Request to Send- Clear to Send) 3.2 Explain the needs in speed control and its problems
· Newton's theory of color · He invented the early telescope in 1671 Newtons laws in latin Newton's First Law · An object at rest tends to stay at rest and an object in motion tends to stay in motion unless acted upon by an unbalanced force. Newton's First Law · Newton's First Law is a reason why we have to wear seatbelt http://teachertech.rice.edu/Participants/louviere/ Newton/carandwall.gif Newton's Second Law · Force equals mass times acceleration. F = ma Newton's Second Law · Something very massive (high mass) that's changing speed very slowly (low acceleration), like a glacier, can still have great force Newton's Second Law · Something very small (low mass) that's changing speed very quickly (high acceleration), like a bullet, can still have a great force. Something very small changing speed very slowly will have a very weak force.
• Powered by one or more electric motors, using electrical energy • Energy is stored in rechargeable batteries or another energy storage device • Require charging. Can be charged from home or special station History • First electric cars were produced in 1880s • Were popular in 19th and 20th cebtury •Then ICEs became more advanced Advantages • 3 x more efficient as ICE • Quieter • Do not emit tailpipe pollutants • Instant, strong and smooth acceleration • Lower running costs • Government discounts Disadvantages • Battery wears out over time • Batteries are expensive • Limited driving range (best range Tesla S – about 400km) • Charging takes a long time (unless using superchargers) • Lack of charging stations • Cost a bit more than ICE cars • Manufacturing produces heavy checmical waste Disadvantages • Effects on human health are unknown • It is believed that these kind of powerful batteries might be dangerous
motor? - 22. If the stator field frequency is 150, what can you tell about the speed of the induction motor? - 23. If the stator field frequency is 150, what can you tell about the slip frequency of the loaded synchronous motor? - 24. If the stator field frequency is 150, what can you tell about the slip frequency of the loaded induction motor? - 25. If J = 3, = 2, and t = 10, what will be T? -3*2/10=0,6 I*w/t 26. If J = 12 and T = 10, what will be acceleration? -10/12=0,8m/s2 T/J 27. If J = 4 T = 2, and = 5, how long the start-up will continue? -4*5/2=10s I*w/T 28. If J = 1 and T = 5, what speed will be reached at t = 2? -5*2/1=10rad/s t*T/J 29. If J = 12, what torque is required to provide acceleration of 5? -12*5=60Nm 30. If J = 5 and T = 5, what time is needed to reach the speed of 5? -5*5/5=5s I*w/T 2. Quiz on Electrical Drive Characteristics 1. Name the typical kinds of the time response processes. 2
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 ...
They do make a statement by being compact and fuel efficient, but also carry various issues. Why to purc has e a hybrid c ar? 1. Made of lightweight materials hybrids are small in size. The engine is designed to be fuel efficient. When the car halts at a signal, the engine will automatically shut down and restart when the car shifts into gear. 2. These cars have the advantage of being powered by a gasoline engine and an electric motor that takes care of acceleration. 3. The batteries of the electric motor recharge automatically by harnessing the kinetic energy produced during braking. 4. Hybrid car engines produce less emission, give better mileage, idle less, and are fuel efficient. Why to purc has e a hybrid c ar? 5. The aerodynamic design reduces drag and the tires are made of a special rubber that reduces friction. 6. The battery has high capacity and is made of nickel-metal- hydride
Tartu Kutsehariduskeskus ÕPPEGRUPP NIMI Tulemüür Referaat Juhendaja: Tartu 2010 Sisukord Sissejuhatus.......................................................................................................................3 1. MIS ON TULEMÜÜR?................................................................................................4 1.1 VABAVARALISED JA TASULISED ....................................................................4 1.2 TULEMÜÜRI ÜLESANNE...................................................................................4 2. AJALUGU.....................................................................................................................5 2.1 Esimene põlvkond: paketi-filtrid............................................................................5 2.2 Teine põlvkond: rakenduskihi tulemüür..........................
Praktikum 2: Palli juhtimine rennil Teises praktikumis proovisime palli hoidmist rennil erinevate regulaatoritega. Kahjuks selle kohta praktiliselt märkmed puuduvad. Katsetatud juhtumid olid lineaarne diskreetajasüsteem, lineaarne pidevajasüsteem ja mittelineaarne diskreetajasüsteem. Süsteemi parameetrid sealjuures olid järgnevad: M mass of the ball 0.11 kg R radius of the ball 0.015 m d lever arm offset 0.03 m g gravitational acceleration 9.8 m/s^2 L length of the beam 1.0 m J ball's moment of inertia 9.99e-6 kgm^2 r ball position coordinate alpha beam angle coordinate theta servo gear angle Praktikum 3: Närvivõrkude õpetamine Kolmandas praktikumis hakkasime juba tegelema närvivõrkudega. Asi läks minu jaoks huvitavaks. Närvivõrk on väga universaalne vahend süsteemide modelleerimiseks ja juhtimiseks. Põhimõte sarnaneb inimese närvisüsteemiga (ajuga) otsib sarnasusi
this is where cosmic rays are accelerated. Bouncing back and forth in the magnetic field of the remnant randomly lets some of the particles gain energy, and become cosmic rays. Eventually they build up enough speed that the remnant can no longer contain them, and they escape into the Galaxy. Because the cosmic rays eventually escape the supernova remnant, they can only be accelerated up to a certain maximum energy, which depends upon the size of the acceleration region and the magnetic field strength. However, cosmic rays have been observed at much higher energies than supernova remnants can generate, and where these ultra-high-energies come from is a big question. Perhaps they come from outside the Galaxy, from active galactic nuclei, quasars or gamma ray bursts. Or perhaps they're the signature of some exotic new physics: superstrings, exotic dark matter, strongly- 9
attempts for the Olympic games of the following year. In fact the first edition of the world championship was expected and he qualified for 100 m, 200 m and long jump. He showed all his powerful qualities. On 19th June he runs the semi- final of 200 m in 20"15 s. Then he goes for the long jump. First jump: 8,71 m. Second jump: 8,79 m, leaving at least 20 centimetres before the limit! Carl got dressed again and went away. Two hours later he's ready for the final of 200 m. His acceleration burns the track and, twenty meters far from the goal, raises his arms and greets the spectators. Final time: 19"75!! Journalists, who were astounded, asked him why he didn't try to break the world record (19"72): "I run against opponents not against absents" he replied. So the world championships of Helsinki confirmed his supremacy: three golds. It wasn't a secret Carl planned to win four gold medals at Los Angeles and he was at top during trials
winding is at ac supply? In the synchronous motor, the rotor plays the role of an inductor. It is excited by either the excitation winding or the permanent magnets. The stator plays the role of an armature. It is supplied by ac. If the counter-torque of the motor increases, how will the torque change? Recall the major equation of torque equilibrium: the motoring torque should overcome the load counter-torque and cause an acceleration, which in turn changes the load speed and position. Test VII If the armature resistance of the dc motor increases, will the no-load or the starting torque/speed be reduced? The no-load torque as well as the starting speed equal zero in any situation. An armature resistance affects the starting torque and operating speed. How does the rheostat starting affect the run-up current/torque of the dc motor? The run-up current and torque drop.
Note that the bias point must be a low imped- ance at all the frequencies at which the VRS will operate, or the overall gain Sensors 85 Figure 3.27 VRS. of the system will be reduced. This may mean that a fairly large bypass capac- itor is needed if the shaft can turn at low speeds and a resistive divider is used to provide the bias. Motion/Acceleration Sensors Sometimes you need to measure acceleration or tilt or other motion. The obvious application is airbag deployment in a car. However, there are other applications, such as sensing vibration that could indicate excessive bearing wear or an unbalanced load in a motor-driven application. Solid-state acceleration sensors use internal capacitors to measure this force (Figure 3.28). A micromachined movable beam and two fixed plates are used. The movable beam has a spring that keeps it centered between the two
In this case we have dependence of the density in coordinates. When changes are very small, we can neglect them. 7. What means Boussinesq's approximation? In fluid dynamics, the Boussinesq approximation is used in the field of buoyancy-driven flow (also known as natural convection). It states that density differences are sufficiently small to be neglected, except where they appear in terms multiplied by g, the acceleration due to gravity. The essence of the Boussinesq approximation is that the difference in inertia is negligible but gravity is sufficiently strong to make the specific weight appreciably different between the two fluids. Sound waves are impossible/neglected when the Boussinesq approximation is used since sound waves move thru density variations. 8. Three laws of thermodynamics? First Law of Thermodynamics The first law of thermodynamics is often called the Law of Conservation of Energy
madal vesi shallow water mudelkatsed model testing nihkejõud shear force piirkiht boundary layer pirnvöör bulbous bow, bulbouse fore foot plokktegur,täidlustegur block coefficient põiklaine transveres waves propulsiivtegur propulsion coefficient raskuskese center of gravity raskuskiirendus acceleration due to gravity Reynoldsi arv Reynolds number ruutjuur square root sarnasuskriteerium criteria of similarity staatiline rõhk static pressure stabilisaator, õõtsesummuti stabilizer sõlm (kiirus) knot sünteetiline vaik synthetic resin rõhujõud pressure force süvis draft, draught tagavarad store, stock
PÄRNUMAA KUTSEHARIDUSKESKUS ARUTID JA ARVUTIVÕRGUD Oliver Kikas ARVUTIVÕRGU DIAGNOSTIKASEADMED Referaat Juhendaja: Silver Silluta Pärnu 2013 2 SISUKORD Sisukord....................................................................................................................................... 3 Sissejuhatus................................................................................................................................ 4 1. Erinevad ohuallikad................................................................................................................. 5 1.1 Võrguründed...................................................................................................................... 5 1.2 Passiivsed võrguründed...........................................
and Richard Gluckman. Classicism Classicism, in the arts, refers generally to a high regard for classical antiquity, as setting standards for taste which the classicists seek to emulate. The art of classicism typically seeks to be formal and restrained: of the Discobolus Sir Kenneth Clark observed, "if we object to his restraint and compression we are simply objecting to the classicism of classic art. A violent emphasis or a sudden acceleration of rhythmic movement would have destroyed those qualities of balance and completeness through which it retained until the present century its position of authority in the restricted repertoire of visual images." [1] Classicism, as Clark noted, implies a canon of widely accepted ideal forms, whether in the Western canon that he was examining in The Nude (1956), or the Chinese classics. Classicism is a force which is often present in post-medieval European and European influenced
AB vocabulary 1. Absorption power 1. Imavusvõime 2. Abutment 2. Tugi, kaldasammas 3. Acceleration 3. Kiirendus 4. Accelerator pedal 4. Gaasipedaal 5. Access 5. Juurdepääs 6. Acidity 6. Happelisus 7. Additive 7. Lisand 8. Adhesion 8. Adhesioon, kleepumine 9. Adjacent area 9. Külgnev ala 10. Adjust 10. Reguleerima 11. Advance sign 11. Eelsuunaviit 12. Advisory speed 12. Soovitatav kiirus 13. Aerodynamic drag 13. Õhutakistus 14
[1] 5 Tabel 1 Pingi Bridgeport 610XP3 parameetrid Travels x axis 610 mm y axis 500 mm z axis 610 mm Feedrate Rapid traverse rate 43/43/36 m/min Acceleration x/y/z 6/5/4 m/s2 Worktable Working surface 900 x 500 mm Table load 500 kg Spindle Max. Spindle speed 12,000 rpm Spindle power 18,5 Kw (S6-40%) (25hp) Max spindle torque 118 Nm
military weapons. However, in recent years, significant efforts have been made towards their development as feasible military technology. For example, in the late 2000s, the U.S. Navy tested a railgun that accelerates a 3.2 kg projectile to hypersonic velocities of approximately 2.4 kilometres per second, which is about Mach 7. In addition to military applications, railguns have been proposed to launch spacecrafts into orbit; however, unless the launching track was particularly long, and the acceleration required spread over a much longer time, such launches would be restricted to unmanned spacecraft. 1.1 History of railguns The earliest electromagnetic gun developed was the coil gun, the development of which reportedly started already in 1845. The first patent was awarded to a professor in Oslo when he accelerated a 500g projectile to 50ms. The first primitive railgun was created in 1918 when French inventor Louis Octave
originally used for starting electric motors and controlling their speed. Later electronic starters and drives came to the fore as modern, cost-effective, reliable and maintenance free solution for industrial applications. An electronic drive or starter is an energy converter, which modulates the electrical energy supplied to the motor. Electronic starters are used solely for asynchronous motors. They are a type of voltage controller. Variable speed drives ensure gradual acceleration and deacceleration and enable speed to be matched precisely to operating conditions. Controlled rectifier type variable speed drives are used to supply power to DC motors and frequency inverters are used for AC motors. Historycally, drives for DC motors appeared first. Reliable and cost effective frequency inverters appeared as a result of advances in power electronics and microelectronics. Modern frequency inverters can be used to supply power to standard asynchronous
g. "I beg your pudding"). The same holds true for unusual shortenings (e.g. "bacon and e."). Phrasal verbs are more expressive than their one-word counterparts and they are colloquial. Nouns converted from such verbs are even more colloquial (e.g. "a car was in a smash-up", "a pick-up", etc.). 6. PHONETIC EXPRESSIVE MEANS AND STYLISTIC DEVICES We distinguish between prosodic means and orchestration of sounds. Prosodic means include such elements of speech as loudness, pitch, acceleration or slowing down the tempo, pauses, stress, etc. In this respect the written text is far from perfect. Much of it can be pronounced differently and therefore understood differently. LOUDNESS: Depends on many factors. Diminished loudness expresses intimacy, mildness, shyness, but also threat and warning. A loud voice may express familiarity, good heartedness, excitement, etc. PITCH: Depends on a state of excitement
Phonostylistics Phonostylistics studies phonetic features which are at the speaker's writer's disposal to emphasize words or the whole utterance. The phonetic arrangement of the utterance does not exist by itself- it is iseparably connected with the meaning and message. Phonetically we distinguish between prosodic means and what may be termed as orchestration of sounds. Prosodic means Include such phenomena of speech as loudness, diapason (pitch), acceleration or slowing down the tempo, pausation, logical and emphatic stress, intonation contours. In this respect the written text is far from being perfect, much of it can be pronounced differently and therefore understood differently. Loudness The tone of the voice may vary from being cold, sharp, contemptuous to being tender, gay etc. Depends on many factors. Diminished loudness expresses intimacy, shyness, mildness, also threat, warning may be expressed by it
Panga bilansi struktuur Bilanss- raam.pid. aruanne, mis Hüpoteek on oma olemuselt reaalaktivatega tagatud ja maksepikendust 15-45 päevaks. Max. limiit 2kuu näitab panga varade koosseisu ja nende moodustamise regulaarseid sissemakseid nõudev veksel. Kindustatud sissetulek. allikaid. Panga bilansis sisaldub kapitali kahekordne pantkirjad on seotud väiksema avansilise sissemaksea, Pikaajalised laenud on kinnisvara laenud, eluaseme- analüüs. Omavahendid- aktsiakapital; aazio(aktsiate madalama intressi määraga, pikema laenu per.-ga. laenud. Eluaseme laenu kasut: 1)maja korteri ostm.; müügikasum); aruandeperioodi kasum/kahjum; eelmiste väiksem tulu, väiksem risk Võlausaldaja võib hoida 2)maa ostmiseks; 3)maja, korteri kap. remondiks; peri. kasum/kahjum; üldine pangandusreserv; ümber- pantkirj...
Tallinn University Natural and exact sciences Molecular Biochemistry and Ecology Maria Gnidenko Capillary electrophoresis Essay Supervisor: Kert Martma Tallinn 2015 Table of contents Acronyms and symbols used Introduction History and development Physical basis and principle of separation Elektrophoresis Electroosmotic flow Separation process Electrodispersion Various methods of separation Capillary zone electrophoresis (CZE) ...
Phonostylistics (PS) studies features that at the speaker's or writer's disposal are to emphasize words or the whole utterance. ! The phonetic ... ... ... ... of the utterance does not exist ... ... ... ... ... ... with the meaning and message. We distinguish between prosodic means and orchestration of sounds. Prosodic means include such elements of speech as loudness, pitch, acceleration or slowing down the tempo, pauses, stress, etc. In this respect the written text is far from perfect. Much of it can be pronounced differently and therefore understood differently. LOUDNESS: FGI 1081 Stylistics (I. Ladusseva) 10 Depends on many factors. Diminished loudness expresses intimacy, mildness, shyness, but also threat and warning
they appear as nouns (a walk-up--house with no elevator) 6. Phonetic expressive means Every work of literature is a certain sequence of sounds. Phonostylistics studies phonetic features at the speaker's or writer's disposal to emphasize words. The phonetic arrangement is inseparably linked with the meaning and message. Phonetically we distinguish between prosodic means and orchestration of sounds. Prosodic means include such phenomena of speech as loudness, pitch, acceleration or slowing down the tempo, pausation, stress and intonation. In this respect, the written text is far from perfect. Much of it can be pronounced differently and so understood differently. The pitch depends on the state of excitement. It is high when one is angry and low when one is disappointed, sorrowful or desperate. The tempo is slow when we feel sadness and it's fast when we feel anger, fear, joy and other momentary feelings. Loudness depends on many factors
You stay dry, comfortable and performing at your peak in even the most heated competition. 5 climawarm™ is lightweight, breathable insulation that keeps you dry and Designed to support your muscles and movement, giving you the ultimate edge. comfortable in cold weather conditions by using densely woven synthetic fibers TECHFIT™ POWERWEB generate explosive power, acceleration and endurance with to trap warm air close to the skin. While these fibers are dense enough to trap air, advanced fabric technology improving blood flow, oxygen delivery and recovery time. they are spaced far enough apart to easily allow heat-sapping sweat to escape Whether you’re warming up, bursting through the defence or getting up to head the through evaporation
form for more than 20 million years. (A) proves (B) suggests (C) clarifies (D) reveals 5. The first swimsuit concealed the shape of the human body. (A) hid (B) flattered (C) distorted (D) revealed LESSON 8 accelerate crack create creep crush cultivate dictate distinguish flaw harvest mirror obtain particle settle transport accelerate v. to go faster n. acceleration Syn. hasten n. accelerator The action of molecules accelerates when they are heated. The poor condition of the motor made acceleration difficult. crack n. a thin opening caused by breaking, a flaw v. crack Syn. fracture Cracks in the ice allowed for fishing. The wall cracked due to poor construction. create v. to make something new adj. creative Syn. produce adv. creatively n
RAN Radio Access Network + Regional Advanced Network RAND Random RAP Rapid Application Prototyping RARP Reverse Address Resolution Protocol RAS Random Access Storage + Reader Admission System [British Library] + Reliability, Availability and Serviceability + Remote Access Service + Row Address Select RASAPI Remote Access Service Application Programming Interface [Microsoft] .RAT Rating (file name extension) RAVE Rendering Acceleration Virtual Engine [Apple Computer] .RAW Raw Data (file name extension) RB Right Button (of 2 or 3 button Mouse) RBBS Remote Bulletin Board System RBCS Remote Bar Code System RBOC Regional Bell Operating Company .RC Resource (file name extension) RC1 Release Candidate 1 [Microsoft] RCD Redistribution Control Descriptor RCL Rotate Carry Left RCP Remote Control Panel + Remote Copy [Internet] + Restore Cursor Position + Rich Client Platform RCPT Recipient
Maateaduse Instituut. Tartu. 3. Eesti Energiast. Juubeli aastad. Eesti Energia kodulehekülg. – Eesti Energia kodulehekülg [online] https://www.energia.ee/et/juubel/balti-elektrijaam-55 (15.05.2015). 4. Kaasik, M., Ploompuu, T. (2005). Põlevkivimaa rabad kasvavad metsa. – Eesti Loodus. Nr. 1. 5. Kaasik, M., Ploompuu, T., Ots, R., Meier, E., Ohvril, H., Okulov, O., Teral, H., Neiman, L., Russak, V., Kallis, A., Post, P. (2008). Growth acceleration of pinus sylvestris in bog stands due to intensifield nutrient influx from the atmosphere. – Oil Shale. Nr. 1, lk 75–93. 6. Kaasik, M., Ploompuu, T., Sõukand, Ü. (2003). Leelissaaste mõju Kirde-Eesti suurrabade ökosüsteemile ja atmosfäärse süsiniku sidumise võimele. – Eesti ökoloogia globaliseeruvas maailmas. /Toim. T. Frey. Tartu: Eesti Ökoloogiakogu, lk 64-71. 7. Kalm, V., Kohv, M. (2009). Selisoo hüdrogeoloogilised uuringud kaevandamise
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 ....
(See note capacity 1.) Insulation resistance 20 MΩ min. (at 500 VDC) between the external AC terminals and protective earth terminals Dielectric strength 2,300 VAC 50/60 Hz for 1 min between the external AC and protective earth terminals, leakage current: 10 mA max. Noise immunity Conforms to IEC6100-4-4; 2 kV (power lines) Vibration resistance 10 to 57 Hz, 0.075-mm amplitude, 57 to 150 Hz, acceleration: 9.8 m/s2 in X, Y, and Z directions for 80 minutes each (Time coefficient; 8 minutes × coefficient factor 10 = total time 80 minutes) Shock resistance 147 m/s2 three times each in X, Y, and Z directions Ambient temperature Operating: 0° to 55°C Storage: –20° to 75°C Humidity 10% to 90% (with no condensation) Atmosphere Must be free from corrosive gas
across all strata of the society. It would have created over $100 billion of wealth in the country that received this award. In this early 21st century, Africans don’t have the capacity to discover oil; we don’t have the capacity to transport the oil to the destination where it would be refined; we don’t have vessel to transport the oil back to us for consumption. At a time when Indians and the Pakistanis have both detonated the atom bomb, when China is providing the technology for quick acceleration of launching satellites into orbit, we Africans still don’t have the capacity even to refine the oil for ourselves. Kai! And we so happy there is oil in Ghana!) If you are talking of a state of Black economy, you have to talk about a people who are able to create products from its inception to market. You cannot talk of an economy where the people are mere consumers. Take a walk through the theatres of the marketplace. When you wake up in the morning, what is the first thing you do
4/2/09 End of month #3 203¾ lbs. 90 day weight loss = 41¼ lbs. The rst month, his rate of loss was 17 pounds per month. The second month, when he postponed breakfast, his rate of loss dropped to 5.5 pounds per month. The third month, after consuming 30 grams of protein within 30 minutes of waking, that rate more than tripled to 18.75 pounds per month! These numbers don't tell the whole story, of course, as he was adding muscle at the same time, but this type of dramatic acceleration is typical. Skipping breakfast is also closely associated with overeating in the evening. Don't skip. Have no appetite in the morning? No problem. Keep it small and protein-rich, then: two to three hard-boiled eggs sprinkled with white truffle sea salt. Here's another case study, this time from JayC: 10/18/20082/14/2009: Starting weight: 260 lbs, Today's weight: 212 lbs Wow! This is the first time I've been less than 215 since my freshman year of college! I hit
Engine idles erratically or Neutral Transmission slips, shifts roughly, is noisy or has no drive in Engine misfires at idle speed forward or reverse gears Engine misfires throughout the driving speed range Engine hesitates on acceleration Driveshafts 7 Engine stalls Clicking or knocking noise on turns (at slow speed on full lock) Engine lacks power Vibration when accelerating or decelerating Engine backfires
being essentially insoluble above 60°C due to moisture loss. Expulsion of water from (Hamm and Deatherage 1960; Lyon et al. the myofiber was slow and incomplete from 1986). Hamm and Deatherage (1960) 40°C to 52.5°C but accelerated markedly to reported denaturation occurred in different maximal rate between 57.5°C and 60°C. The steps. The first reaction was the unfolding of acceleration of moisture lost was attributed the tertiary structure of the protein. The to collagen shrinkage. second was the aggregation of protein chains, Changes in connective tissue are also seen resulting in the coagulation of proteins. The when meat is cooked. Welke et al. (1986) initial changes are confined to the surface, observed increased weights of epimysial con- but as time and temperature increase, the nective tissue after cooking, indicating
we want becomes less available, a physical agitation sets in. Especially in those cases involving direct competition, the blood comes up, the focus narrows, and emotions rise (Teuscher, 2005). As this visceral current advances, the cognitive, ra- tional side retreats. In the rush of arousal, it is difficult to be calm and studied in our approach. As CBS-TV president Robert Wood commented in the wake of his Poseidon adventure, "you get caught up in the mania of the thing, the acceleration of it. Logic goes right out the window" (MacKenzie, 1974). Here's our predicament, then: Knowing the causes and workings of scarcity pressures may not be sufficient to protect us from them because knowing is a cog- nitive act, and cognitive processes are suppressed by our emotional reaction to scarcity pressures. In fact, this may be the reason for the great effectiveness of scarcity tactics. When they are employed properly, our first line of defense against
ECKHART TOLLE A NEW EARTH Awakening to Your Life's Purpose CONTENTS Chapter One The Flowering of Human Consciousness – 6 Evocation..................................................................................................6 The Purpose of This Book........................................................................8 Our Inherited Dysfunction........................................................................10 The Arising New consciousness..............................................................12 Spirituality and Religion..........................................................................14 The Urgency of Transformation...............................................................16 A New Heaven and a new Earth...............................................................18 ...
of your characters? 3. H o w do your heroes rededicate themselves to the quest? 4. W h a t is T h e R o a d Back in your story? Is it returning to your starting place? Setting a new destination? Adjusting to a new life in the Special World? 5. Find the Act T w o / A c t Three turning points in three current feature films. Are these single moments or extended sequences? 6 . Is there an element of pursuit or acceleration in these sections? In T h e Road Back section of your own story? 194 STAGE ELEVEN: THE RESURRECTION ^ "What can I do, old man? I'm dead, aren't I?" — from The Third Man by Graham Greene
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