Philips running to the bus stop. His shoelaces are undone. He is going to fall. Toms train is leaving.30. Its.28 homework and hes queuing for his ticket. He is going to miss his train. Theres a terrible mess in the kitchen.
Use the verbs below. The train is very crowded and its very hot. Megan is looking very pale. Shes going to faint. Jackie starts school.00. Its.50 and shes still washing her hair. She is going to be late. The road is very wet and the man is driving too fast. He is going to crash.
B I dont know any of the answers! We use going to when we can see (or hear) now what is certain to happen next and so we are quite sure about our future. Im not going to pass this exam. We use will/wont for what we believe will happen in the future. Often we are only guessing. The forecast says it wont rain at the weekend. Im sure youll find a job soon. 5 read the situations and write a sentence with going.
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With Pluto around, youll want to slow down and enjoy yourself! C) Maths 1b luke wont have any problems in passing his maths hairdressing exam in June, but he has to believe in himself more! French 2a luke is working hard and is making good progress. 3, match sentences 1-2 with definitions a-b. Look at the clouds. I am confident that luke will pass his exam in June.
4, look at these sentences from the photos. Match lukes predictions 1-4 with the evidence he uses a-d. Its going to be another terrible day! A im having a really bad day! Im going to be late for my exam. D Its nine oclock! Im not going to pass!
Practise going to and will for the future; first conditional. Focus on probability and inference; listening for specific information. Write a campaign leaflet. 1, look at the photos and read the captions. Is luke optimistic or pessimistic about June 13, the day of his maths exam? Its going to rain.
2) Im going to be late for my exam. Its going to be another terrible day. 3) I dont know any of the answers. Im not going to pass. Are they optimistic or pessimistic? After a cloudy start, it will be dry and warm. Friday will be a day of pleasant surprises.
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This info is available lecture 5 - energy resources. European Global Horizontal Lecture 5 - energy resources øçý »íñáåïýá ßáõñç 1000 ïìïå.ïñÇ). Global Horizontal in Armenia average: 1700 kWh/m2 annually lecture 5 - energy resources. Solar Radiation in Armenia ðáñçáýïý ùï»ñáõûãç éí»éáõûý áõùñûçý öéûãáõùá mom ùçý ùåùíáõãûý åûùý»ñáõù ïìïå.ïñÇ) êçëçý, æ»ñùáõï, âéçý ûéý, üáõûýá ýíáõûýá ïìïå.ïñÇ) ìýóáñ, îßçñ, êï»ýíý, çéçý ûéý, øãýáéáñïç ùçý ïñ»ïý ãýó»éçáõãûáõýá.73-0.78, ñýáõù ñáõéçëçý.94, ñáõýíñçý.62, ìýóáñáõù ñáõéçëçý.51, ñáõýíñçý.67, êýáõù ñáõéçëçý.78. Solar Radiation in Armenia ñýáõù ñáõéçëçý ñáñçáýïý ùï»ñáõûãç ûñïý áõùñûçý éûãñáõùá.14 ïìïå/ (Ù2.ûñ üáõûýá ñáõýíñçý ñáõéçëç ýïùµ 20-22 or less, úïñ ç»ñùûçý ¿ý»ñçý »åç ñí ïáõù-ýáñáßí 300-ç way ã»ùáõãûùµ ÙÏ»ñáõûãçý ùçýã ßáõñç 900 ïìïå.ïñç úïñ ç»ñù¿ý»ñçûç ùýïý ¿å»ë ïëí ¿ ñã ïáé»ïáñç ßñáñíùý é»åçùý»ñçó. Calculate the maximum theoretical difference between direct normal (DN) and direct horizontal (DH) for 12 hour daytime period on a location at equator @ March 21 equinox. Explain why radiation values decrease with Two Axis Tracking Concentrator compared to Two Axis Tracking Flat Plate. Unit 7 look to the future workbook.
Üì ñãïý»ñç ûåïçùé ã»ùáõãûáõýá ïñ»ïý ùëçùáõù ¿ý»ñçý ëïýéáõ ñùñ lecture 5 - energy resources. Aua persuasive solar Monitoring Station Collecting data since 1995 Lecture 5 - energy resources. Best day of June lecture 5 - energy resources. Worst day in January lecture 5 - energy resources. Best day of January lecture 5 - energy resources. More sms graphs Lecture 5 - energy resources. More sms graphs Lecture 5 - energy resources 26 Lecture 5 - energy resources 27 Lecture 5 - energy resources 28 Lecture 5 - energy resources 29 Lecture 5 - energy resources.
Solar Monitoring in Armenia amberd Meteo station. Solar Monitoring in Armenia amberd Meteo station Lecture 5 - energy resources. Solar position Calculator m/solar_calculat or/solar_p Lecture 5 - energy resources. Aua solar Monitoring Station Collecting data since 1995 Lecture 5 - energy resources 13 Lecture 5 - energy resources. Aua solar Monitoring Station Lecture 5 - energy resources. Aua sms results total Annual Global horizontal: 1720kWh/m2. average.7 kWh/m2 per day across years (dndh). january about.6 times less than in June: january:.1 kWh/m2 per day. june:.3 kWh/m2 per day. Pvgis - europe /pvgis pvgis europe lecture 5 - energy resources 18 Lecture 5 - energy resources.
Solar Monitoring, however, each geographical location has its characteristic insolation. for that purpose we need to have twist a number of solar monitoring stations. Aua has the first automated solar monitoring station in Armenia. There are 24 sms-s in San Francisco. Components of Solar Radiation, direct Normal, dn pure direct sun rays that hit a surface, normal to the rays. diffuse horisontal, dh, global Horisontal,. Direct Normal realization, concentration, tracking: dn inclined Diffuse (PV panel). Lecture 5 - energy resources 5, lecture 5 - energy resources.
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IE290 Alternate Energy course, lecture 5, energy and Power, solar Energy resources. Solar Astronomy, lecture 5 - energy resources. Notion of the cost per peak watt installed. Peak watt 1000W 1kw, is best the power produced at normal incidence of solar radiation @ 1000W/m. Wp - easy way to compare various solar conversion devices. mostly useful for electric power generation devices, such as for: Hydro; PV; Wind, solar Thermal Electric, etc. Lecture 5 - energy resources.