I need help with my homework. I will attach the images with the problems and figures.

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ASURAO Jupiter Radio Observation Operations 0.97 0.95 Ant SW 0.95 Multiplexer Antenna 1 0.96 0.95 0.90 0.90 Calibrator, Preamp Receiver 1 BP Filter Antenna 2 0.86 Receiver 2 lo-B Related Jovian Storm on 10/23/99 0.83 Receiver 3 0.80 IN TAR UIT 06 3501 Receiver 4 Meat Have 0.95 Computer 0.92 Audio Tape FIGURE 1 - ASURAO RADIO TELESCOPE EQUIPMENT RELIABILITIESCML-lo Phase Plane 23:02:19 2015/02/28 Local [FIXED) X Radio-Jupiter Pro Predictions 2/28/2015 4:02:19 AM UT lo Phase Axis MM DD Last Plotted. GMT Date: 2015 2 28 now Predict Events Next Day Previous Day relative YYYY MM DO 31 probability 2015/02/27 GMT 15 16 17 18 1 Max 20 21 22 23 23:02.19 o A 270 50% of my Plo-C CML: 135.2 18 225 - 259% of max lo Phase: 987 Prob 98% LOCAL 20 21 22 23 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 112% of max 180 LEGEND GMT: 01:12 Jup HA -030 Jup All 46 dog Sun All -25 deg 7 -6% of max 135 Exclude limes when Sun allitude is above: lo-B deg. Max Hour Angle Allowed 6 Above Horizon Exclude times when Jupiter altitude is below: 0 deg Min Hour Angle Allowed -6 Begin End Begin End Begin End Report Below Honzon 05:40 08:10 loA NONE 45 02:3 05:42 23:05 23:59 02:38 05:42 135 180 270 Next Day Dotted Print 10:00 00:11 08:09 10:06 lo C NONE System Ill Central Meridian Longitude Exit Show Legend A ShowScale IV Show Zones Tv Shift Display 45 deg. Blue background indicates Jupiter is below the horizon. Pointer - Off Map 6 0 X Dr. J. Wayne Mccain - ASURAO YYYY MM DD Local Date.2015702/27 Local Time:23 02 19 Radio-Jupiter Pro 3.7.0 (Local Time) BOX 126 Jupiter File Options Display Tools Window Help AL 72. 45 Az 162 51 RUN Sur AL -54 58 YYYY MM DD Jupiter Sun Az 309 49 Date 2015 02 28 cal ALT: 72 4 ALT -54.6 HH MM 55 AZ 162 5 AZ 309.5 HA -00:22 HA: 10:12 180 Time 00 02 19 Local Plot Stare mag Rise 16:35 Rise: 07 15 update Set: 06:14 Jup Track Set 18:26 Sun Track Using Fixed Time RA 09:10 208 RA. 22:36 Grid DEC 17:20 Lat : 34:12 00.0 DEC: 08:48 Galactic Plane Long 86 06 47 0W CMINI: 135.24 2215 ID SGC: 088.67 Horizon File LMST: 08 48 35 Load Ant Enter Local Date and Time . Press Update when finished. 240 Define And 260 3 OF 3 Single North South Dipole 15 feet up FIGURE 2 - ASURAO Post Event Prediction1. [10] Assuming manual selection is used and that the most reliable antenna is chosen for observation, what is the overall Reliability (Rs) of the ASURAO radio telescope if the most reliable single receiver is used and data are recorded to only the computer? 2. [5] If both the computer and audio tape are used for recording data, what is the reliability of the recording system? 3. [5] If there is a 0.05 chance of static electricity damage to the Calibrator/BP Filter, what is the Risk Cost if replacement is $2500? 4. [10] If one assumes automatic operation wherein both antennas, all receivers, and both data recording methods are used simultaneously, what is the system reliability, Rs? 5. [15] Assume #1 R, and use Figure 2 to predict the maximum probability of actually observing Jovian signals (P.) at the exact moment shown where the likelihood of Jupiter transmission in the lo-B mode is as shown in the upper left chart, and the probability of ASURAO reception when Jupiter is inside the green ellipse (lower left chart) relative to Athens is 0.85, given that the planet is emitting signals? 6. [10] Recalculate #5 using the #4 Rs , except calculate the RDF not P. under these circumstances. 7. [10] If the scenario in #5 has been determined to follow a Poisson PDF with =6, what was the likelihood of greater than 3 lo-B events being recorded on 2015.02.28? 8. [5] The receivers in Figure 1 are likened to which: a serial (AND) or a parallel (OR) logic gate? 9. [5] Based on your analyses done here, it is likely that signals were received on the given February date: True or False