write your answer as text please

Refer to Figure bellow .

Q3) How is evaluation accomplished in each of the phases shown? (i.e. Blocks 0.6, 1.5, 2.3, 3.4, & 4.4)

DETAIL DESIGN PRODUCTION OPERATIONAL USE CONCEPTUAL DESIGN PRELIMINARY DESIGN AND DEVELOPMENT CONSTRUCTION AND SYSTEM SUPPORT Problem Definition: Functional Analysis: Requirements Subsystem/Component Design: Trade-off Production and/or Construction of System Operation in the User Need Identification: Allocation: Trade-Off Studies: Synthesis: Studies and Evaluation of Alternatives: System Components: Supplier Environment; Sustaining Maintenance Requirements Analysis; Operational Preliminary Design: Preliminary Development of Engineering and Production Activities; Acceptance Testing and Logistic Support: Operational Requirements: Maintenance and Support Evaluation of Design Alternatives Prototype Models; Verification of System Distribution and Operation; Testing: System Modifications for Concept: Evaluation of Technology: (Early Prototyping): Acquisition Plans: Manufacturing and Production Processes: Developmental/Operational Test and Improvement: Contractor Support: System Selection of Technical Approach; Contracting: Program Implementation: Developmental Test and Evaluation: Evaluation: Interim Contractor Support: Assessment (Field Data Collection Functional Definition of System: System/ Major Suppliers and Supplier Supplier Activities: Production Planning System Assessment And Analysis) Program Planning Activities SYSTEM/PROGRAM MILESTONES 1 Milestone 1 Milestone 11 Milestone III Milestone IV R UPDATED PRODUCT BASELINE FUNCTIONAL BASELINE SYSTEM SPECIFICATION (TYPE A) ALLOCATED BASELINE DEVELOPMENT, PROCESS PRODUCT, MATERIAL SPECIFICATIONS (TYPES B to E) PRODUCT BASELINE PROCESS/PRODUCT MATERIAL SPECIFICATIONS (TYPES Cto E) E T A Program Management Plan 1 System Engineering Management Plan (SEMP) Test and Evaluation Master Plan (TEMP) Conceptual Design Review (System Requirements Review) System Design Review R Equipment/Software Design Reviews A Critical Design Review E Component Level Modifications for Improvement M 3.1 Proposed Design Modifications) Modifications for Improvement 41 Proposed Design Modifications) 2.1 Detailed Design Y2.2 Detailed Synthesis E Synthesis of Modifications Synthesis of Modifications N SYSTEM ENGINEERING REQUIREMENTS System Level Subsystem Level 0.1 Requirements Refined Analysis Functional 02 Analysis Functional Analysis Relined 0.3 Requirements Requirements Allocation Allocation 0.4 Detailed Trade-On Trade On Studies Synthesis Synthesis (CD) 0.6 Evaluation Jy 0.7 ( wineering Models) Speian Type B Feedback Design Specification Review(s) Feedback Design Review(s) Evaluation (Prototype Models) is T Studies Types B to Specifications Feedback Design Review(s) Test and Evaluation (Production Model) h Incorporation of Modifications) Con Test and Evaluation Operational Model) Incorporation of Modification(s) 7 74.6 System Evaluation (Field Assessment) Feedback Feedback Continuous Process/Product Improvement Component Level Modifications for Improvement Modifications for Improvement 3.1 Proposed Design Modification(s) 4.1 Proposed Design Modification(s) 2.1 Detailed Design Y 2.2 Detailed Synthesis Synthesis or Modifications 133 Prototype Modifications SYSTEM ENGINEERING REQUIREMENTS System Level Subsystem Level 0,1 1.1 Requirements Refined Analysis 0.2 Functional Functional Analysis 1.2 Analysis 70.3 Refined Requirements Requirements Allocation Allocation 1.3 0.4 Detailed Trade-Off Trade-Off Studies Studies 0.5 11.4 Synthesis Synthesis (CD) 0.6 Evaluation Evaluation 0.7 (Engineering Type A Models) 1.6 Specification Type B 0.8 Feedback Specification Design 41.7 Review(s) Feedback Design Review(s) Evaluation (Prototype Models) 2.4 Types B to E Specifications 12.5 Feedback Design Review(s) Test and Evaluation (Production Model) Synthesis of Modifications 143 Prototype Modifications 4.4 Test and Evaluation (Operational Model) Incorporation jor Modification(s) i 14,6 Feedback System Evaluation (Field Assessment) Incorporation of Modification(s) 3.61 Configuration Item Reviews Feedback Continuous Process/Product Improvement DETAIL DESIGN PRODUCTION OPERATIONAL USE CONCEPTUAL DESIGN PRELIMINARY DESIGN AND DEVELOPMENT CONSTRUCTION AND SYSTEM SUPPORT Problem Definition: Functional Analysis: Requirements Subsystem/Component Design: Trade-off Production and/or Construction of System Operation in the User Need Identification: Allocation: Trade-Off Studies: Synthesis: Studies and Evaluation of Alternatives: System Components: Supplier Environment; Sustaining Maintenance Requirements Analysis; Operational Preliminary Design: Preliminary Development of Engineering and Production Activities; Acceptance Testing and Logistic Support: Operational Requirements: Maintenance and Support Evaluation of Design Alternatives Prototype Models; Verification of System Distribution and Operation; Testing: System Modifications for Concept: Evaluation of Technology: (Early Prototyping): Acquisition Plans: Manufacturing and Production Processes: Developmental/Operational Test and Improvement: Contractor Support: System Selection of Technical Approach; Contracting: Program Implementation: Developmental Test and Evaluation: Evaluation: Interim Contractor Support: Assessment (Field Data Collection Functional Definition of System: System/ Major Suppliers and Supplier Supplier Activities: Production Planning System Assessment And Analysis) Program Planning Activities SYSTEM/PROGRAM MILESTONES 1 Milestone 1 Milestone 11 Milestone III Milestone IV R UPDATED PRODUCT BASELINE FUNCTIONAL BASELINE SYSTEM SPECIFICATION (TYPE A) ALLOCATED BASELINE DEVELOPMENT, PROCESS PRODUCT, MATERIAL SPECIFICATIONS (TYPES B to E) PRODUCT BASELINE PROCESS/PRODUCT MATERIAL SPECIFICATIONS (TYPES Cto E) E T A Program Management Plan 1 System Engineering Management Plan (SEMP) Test and Evaluation Master Plan (TEMP) Conceptual Design Review (System Requirements Review) System Design Review R Equipment/Software Design Reviews A Critical Design Review E Component Level Modifications for Improvement M 3.1 Proposed Design Modifications) Modifications for Improvement 41 Proposed Design Modifications) 2.1 Detailed Design Y2.2 Detailed Synthesis E Synthesis of Modifications Synthesis of Modifications N SYSTEM ENGINEERING REQUIREMENTS System Level Subsystem Level 0.1 Requirements Refined Analysis Functional 02 Analysis Functional Analysis Relined 0.3 Requirements Requirements Allocation Allocation 0.4 Detailed Trade-On Trade On Studies Synthesis Synthesis (CD) 0.6 Evaluation Jy 0.7 ( wineering Models) Speian Type B Feedback Design Specification Review(s) Feedback Design Review(s) Evaluation (Prototype Models) is T Studies Types B to Specifications Feedback Design Review(s) Test and Evaluation (Production Model) h Incorporation of Modifications) Con Test and Evaluation Operational Model) Incorporation of Modification(s) 7 74.6 System Evaluation (Field Assessment) Feedback Feedback Continuous Process/Product Improvement Component Level Modifications for Improvement Modifications for Improvement 3.1 Proposed Design Modification(s) 4.1 Proposed Design Modification(s) 2.1 Detailed Design Y 2.2 Detailed Synthesis Synthesis or Modifications 133 Prototype Modifications SYSTEM ENGINEERING REQUIREMENTS System Level Subsystem Level 0,1 1.1 Requirements Refined Analysis 0.2 Functional Functional Analysis 1.2 Analysis 70.3 Refined Requirements Requirements Allocation Allocation 1.3 0.4 Detailed Trade-Off Trade-Off Studies Studies 0.5 11.4 Synthesis Synthesis (CD) 0.6 Evaluation Evaluation 0.7 (Engineering Type A Models) 1.6 Specification Type B 0.8 Feedback Specification Design 41.7 Review(s) Feedback Design Review(s) Evaluation (Prototype Models) 2.4 Types B to E Specifications 12.5 Feedback Design Review(s) Test and Evaluation (Production Model) Synthesis of Modifications 143 Prototype Modifications 4.4 Test and Evaluation (Operational Model) Incorporation jor Modification(s) i 14,6 Feedback System Evaluation (Field Assessment) Incorporation of Modification(s) 3.61 Configuration Item Reviews Feedback Continuous Process/Product Improvement