$32.$ What is the objective $/$ are the objectives of the sub$-$phase 'Verification of software safety requirements'?

$($a$)$ Demonstrate that the embedded software fulfils that software safety requirements

$($b$)$ Provide evidence of compliance with the safety goals and that the functional safety concepts are appropriate for the functional safety of the software

$($c$)$ Integrate the software elements

$($d$)$ Demonstrate that the software architectural design is realized by the embedded software

$33.$ What are static architecture design requirements for a software element?

$($a$)$ Functionality and runtime performance

$($b$)$ HW Failure Rate

$($c$)$ Description of general structure

$($d$)$ Hierarchy description

$34.$ What does NOT typically belong to the technical safety concept?

$($a$)$ The configuration of the system

$($b$)$ The final assessment report

$($c$)$ The description of the system architecture

$($d$)$ The specification of the safety mechanisms

$35.$ What integration stage$($s$)$ belong$($s$)$ to the sub$-$phase 'item integration and testing'?

$($a$)$ Item integration $($system integration$)$

$($b$)$ Vehicle integration

$($c$)$ Hardware$-$software integration

$($d$)$ Unit integration

$36.$ Which is the objective $/$ are the objectives of the sub$-$phase 'System design'?

$($a$)$ Develop the system design

$($b$)$ Verify the system design and the technical safety concept

$($c$)$ Develop the technical safety concept

$37.$ Which separate part of the ISO $26262$ describes the activities and requirements for functional safety analysis?

$($a$)$ Part $9$

$($b$)$ Part $10$

$($c$)$ Part $2$

$($d$)$ Part $1$

$38.$ Which fault on item level ususally cause the malfunction behaviour?

$($a$)$ The fault is the loss of an airbag functionality on item level

$($b$)$ A random hardware component fault on hardware level

$($c$)$ A bug in a software component on software level

$($d$)$ A system secondary transcient fault on hardware level

$39.$ What is needed to ensure that a safety anomaly is considered well managed?

$($a$)$ To have an impact analysis determines the appropriate safety measures

$($b$)$ A manager that decides what shall be done without the team

$($c$)$ To have a change request is written to document the anomaly

$($d$)$ The project manager automatically moves the implementation to the next baseline

$40.$ When defining a diagnostic test strategy, which options shall be specified for each safety mechanims implemented to detect multiple$-$point faults?

$($a$)$ Testing the specified quantitative target values for the maximum probability of violation of each safety goal due to random hardware failures

$($b$)$ Testing the assigned ASIL derived from the related safety goal, the related functional safety requirement or technical safety requirement at a higher hierarchical level

$($c$)$ Testing the multiple$-$point fault detection time interval

$($d$)$ Testing the feasibility of the requirements of the hardware components with consideration given to their role in the architecture

$41.$ What are dynamic architecture requirements for software?

$($a$)$ Data flow between software elements

$($b$)$ Run time requirements and functionality

$($c$)$ Data type and values

$($d$)$ External interfaces

$42.$ Which information is required for writing functional safety requirements?

$($a$)$ Provide a safety mechanism for a hardware short fault

$($b$)$ Provide a fault reaction time interval

$($c$)$ Provide a speed control when one headlight is working

$($d$)$ Provide a redundant signal to the driver for the status of the headlight

$43.$ Which work products are done to reduce the risk of a systematic failure in the documentation?

$($a$)$ Safety Validation

$($b$)$ Impact Analysis

$($c$)$ Functional Safety Concept

$($d$)$ Confirmation Measure

$44.$Why does one conduct a functional safety assessment?

$($a$)$ To ensure that the confirmation review is done with adequate independence

$($b$)$ To check the contents of the work product to meet the requirements

$($c$)$ To evaluate that a safety plan is complete, consistent tna technically correct

$($d$)$ To evaluate if the work products define the right technical requirements