IESO 2010 Astronomy Practical Test Yogyakarta, September 2010
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1 IESO 2010 Astronomy Practical Test Yogyakarta, September 2010 Plan A; Good weather Time: 15 minutes Problem: Night observation using telescope with eye piece (coordinates of the location: South , East ). Find and look carefully Jupiter (RA: 23h 56m 32s; Dec: ) and Galilean satellites a. Please select a suitable (provided) eye-piece for viewing all Galilean satellites in one field of view (20 points) b. Draw the positions of Jupiter satellites with the proper orientation on the provided answer sheet. How many satellites of Jupiter are seen? (60 points) c. Give marking the N-S and E-W directions on your answer sheet (20 points) Plan B: Bad weather Time: 10 menit Problem: 1. Mark by names or numbers (1, 2 and 3) on the printed sky map, the positions of the bright stars as listed below (15 minutes) a. Antares (Alpha Scorpii) (RA: 16h 29m s; Dec: ) b. Vega (Alpha Lyra) (RA: 18h 36m s; Dec: ) c. Arcturus (Alpha Bootis) (RA: 14h 15m s; Dec: ) (total point for three stars 40)
2 2. Draw the ecliptic line in the map and identify the position of Mars (10 for ecliptic and 10 for Mars) 3. Calculate the hour angle of Jupiter (RA: 23h 56m 32s; Dec: ) in the sky at 8.00 PM local time. (coordinates of the location : South , East ) (20)
3 (5 minutes) 4. Point the telescope to the direction of Jupiter (RA: 23h 56m 32s; Dec: ) and show to the jury (coordinates of the location : South , East ) (20)
4 LABORATORY TEST FOR IESO 2010 Wednesday, September 22, 2010 INSTRUCTIONS: 1. Please write your name and nationality in English on the cover pages 2. This laboratory test is conducted with an objective to test the skill of identifying specimens consisting of 5 minerals, 5 igneous rocks, 5 sedimentary rocks, 5 metamorphic rocks and 5 volcanic rocks as well as 10 fossils, 5 geological structures, and 6 geomorphological features. 3. The time allocated for identifying each specimen is 2 minutes. 4. Please write your answer legibly. Illegible answers will be counted as incorrect. 5. Please write your answers only on this laboratory test sheet, by choosing/matching the correct answer provided in the Choices column of the Answer sheet.
5 ANSWER SHEET A. Minerals 5 points No. Sample Name of Mineral Choices Code 1 I A. Gypsum 2 II B. Apatite 3 III C. Biotite 4 IV D. Garnet 5 V E. Muscovite F. Sulfur G. Quartz H. Phlogopite I. Plagioclase J. Anhydrite K. Orthoclase L. Hornblende M. Pyroxene N. Olivine O. Calcite
6 ANSWER SHEET B. Rocks 40 points No. Sample Name of Rock Choices Code 1 1 A. Andesite Breccia 2 2 B. Gneiss 3 3 C. Volcanic Breccia 4 4 D. Rhyolite 5 5 E. Red Slate 6 6 F. Quartz Conglomerate 7 7 G. Crystalline Limestone 8 8 H. Mica Schist 9 9 I. Agglomerate J. Sandstone K. Pumice L. Obsidian M. Tuff N. Pumice Breccia/Ignimbrite O. White Marble P. Phyllite Q. Biotite Granite R. Diorite S. Pegmatite T. Quartzite U. Syenite V. Basalt W. Andesite X. Granodiorite Y. Peridotite Z. Lapili AA. Chalky Limestone BB. Monzonite CC. Olivine Gabbro DD. Eclogite EE. Migmatite FF. Claystone
7 ANSWER SHEET C. Fossils 16 points No. Sample Name of Fossil Choices Code 1 A A. Balanus 2 B B. Pelecypoda 3 C C. Turitella 4 D D. Ammonite 5 F E. Heliophyllum 6 H F. Brachiopoda 7 I G. Arachnida 8 J H. Echinodermata I. Busycon J. Murex K. Zaphrentis L. Nautilus M. Coral N. Scaphopoda O. Acropora P. Trilobita Q. Ostracoda
8 ANSWER SHEET D. Geological Structures 10 points No. Sample Type of Structure Choices Code 1 SG 01 A. Normal Fault 2 SG 02 B. Thrust Fault 3 SG 03 C. Oblique Fault 4 SG 04 D. Dextral strike-slip fault 5 SG 06 E. Sinistral strike-slip fault F. Unconformity G. Nonconformity H. Plunging Anticline I. Fold J. Joint
9 ANSWER SHEET E. Geomorphology 6 points No. Sample Name of Geomorphologic Choices Code Unit 1 A A. Incised River 2 B B. Eroded Dome 3 C C. Estuary 4 D D. Karst Topography 5 E E. Alluvial Fan 6 F F. Cuesta G. Barrier Islands H. Meandering River I. Delta J. Eroded Anticline K. Spit L. Eroded volcano
10 OBSERVATION OCEANOGRAPHY SITE 1 There are 3 water samples from 3 different locations. Use the procedure of water analysis to identify water temperature and ph of each water sample. (10 pnt) Date : Time : A : T : ph : B : T : ph : C : T : ph :
11 SITE 2 By using stop watch, count the number of incoming waves in 5 minutes and calculate the mean period. (20 pnt) Number of waves Mean Period (s)
12 SITE 3 3A Based on monitoring the incoming waves, sketch the bathymetric water depth contours near the coast. ( 20 pnt)
13 3B Examine the existing coastal cliffs at the other side and complete sequence of sketches the image below. (10 pnt)
14 Practical Test Atmosphere Meteorological observation is the basis of atmospheric science. Such observations are made for a variety of reasons. Observations made primarily for providing information for weather forecasts are termed synoptic. Synoptic observations are more frequent and more detailed, and are encoded for immediate transmission to forecasting centres. 1. Inspect all instruments inside and outside the meteorological screen marked by A,B,C,D,and E and put check mark ( ) in the table below to match the instruments and meteorological parameters to measure. (20 points) Parameters to measure Temperature Wind speed Wind direction Net Radiation Precipitation Relative Humidity Air pressure Instruments A B C D E 2. Observe at the Central Java map given below: (40 points) The star marks are the locations of meteorological stations in central Java, and the table on the next page provides the sinoptic data at these stations.
15 station area synoptic code IIiii Nddff VVwwW PPPTT N h C L C M C H T d T d 9RR A Tegal ///// ///// 239// B Pekalongan ///// 103// ///// //9// C Semarang //// ///// ///// 209// D Kudus ///// ///27 ///// 219// E Surakarta ///// ///// 209// F Solo ///// ///// 209// G Yogyakarta ///// 030// ///// //9// H Borobudur ///// ///// 219// I Wadaslintang ///// ///// 199// J Cilacap //// ///// ///// 259// Draw the synoptic symbol on the map given in the next page. Give the synoptic symbols only for those stations which have the index numbers. Explanation of the code: IIiii = Five digit of Country code Nddff VVwwW PPPTT NhCLCMCH TdTd9RR = Cloud Cover in octas, wind direction (x10 degree), wind speed (knots) 1 knots ~ 0.5 m/sec = Visibility, current weather, past weather = Air Pressure, Surface Temperature (degree Celsius) = Cloud Height from the ground = Dew point, No significant number, Rainfall
16
17 3. Tables 1 and 2 below provide on wind observations (wind direction and wind velocity) for Lapangan Pancasila observation station. Using these data, calculate the frequency distribution and draw on rose diagram for the site using 5 knots (1 knots ~ 0.5 m/sec) velocity intervals (40 points). Table 2 Table 1 DEGREE DIRECTION direction velocity no N (degree) (knots) NE E SE S SW W NW
18 Frequency count Directions / Wind Classes (knots) Sub Total Calms Total Total Frequency distribution in percents (%) Directions / Wind Classes (knots) Total Sub Total Calms Total
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