© 2022 Linda Shepherd 1 IS 2063: PA1 ASSIGNMENT TOTAL POINTS: 100 DUE: CHECK BLACKBOARD BY 11:59 PM Plan and PA have separate due dates. PLAN GRADE: PLAN (pseudocode) this program from the planning...

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© 2022 Linda Shepherd 1 IS 2063: PA1 ASSIGNMENT TOTAL POINTS: 100 DUE: CHECK BLACKBOARD BY 11:59 PM Plan and PA have separate due dates. PLAN GRADE: PLAN (pseudocode) this program from the planning video posted in Blackboard. 10% OF GRADE. IMPORTANT: The planning video “gives” you the logic upon which the rest of your PAs are based, so it is critical your PA1 follows the plan’s logic.  READ CAREFULLY "ALL" THE INSTRUCTIONS!!!  Do not submit code that doesn’t compile, run, or generate correct output.  No assistance given via email.  If needed, seek help during open tutoring or instructor office hours. Contents: Press Alt, Left Arrow to return to table of contents. UTSA HONOR CODE ...................................................................................................................................... 1 OBJECTIVE ...................................................................................................................................................... 2 PREP WORK .................................................................................................................................................... 2 GRADING.......................................................................................................................................................... 2 PROGRAM INSTRUCTIONS ........................................................................................................................... 2 UML Diagrams .............................................................................................................................................. 2 PROMPTS .................................................................................................................................................... 3 Sequencing and Logical Control Structures ................................................................................................... 4 Final Output Specifications ................................................................................................................................ 5 SUBMISSIONS REQUIREMENT ..................................................................................................................... 6 SAMPLE OUTPUT ............................................................................................................................................ 6 ***N to ANALYZE EARTHQUAKE COVERAGE*** ................................................................................... 6 ***Y to ANALYZE EARTHQUAKE COVERAGE w/INVALID RICHTER VALUE*** .................................... 6 ***Y to ANALYZE EARTHQUAKE COVERAGE w/VALID RICHTER VALUE & ANOTHER PROPERTY*** ............................................................................................................................................