1. You are testing a web application that allows users to SEARCH for products, VIEW product details, ADD products to a shopping cart, and place an ORDER.
You have prepared the following five test cases, which you want to execute according to their priorities:

You also identified the following logical dependencies between test cases:

• SEARCH functionality must be tested before VIEW functionality can be tested, as product details rely on search functionality.
• VIEW functionality must be tested before ADD functionality, as adding products relies on the availability of accurate product details.
• ADD functionality must be tested before ORDER functionality, as placing an order relies on the availability of accurate shopping cart information.

Which test case should be executed as the fourth one?

2. Your favorite bicycle daily rental store has just introduced a new Customer Relationship Management system and asked you, one of their most loyal members, to test it.
The implemented features are as follows:

• Anyone can rent a bicycle, but members receive a 20% discount
• However, if the return deadline is missed, the discount is no longer available
• After 15 rentals, members get a gift: a T-Shirt

Decision table describing the implemented features looks as follows:

Based ONLY on the feature description of the Customer Relationship Management system, which of the above rules describes an impossible situation?

3. Which of the following test activities are MOST likely to involve the application of boundary value analysis and equivalence partitioning? Select TWO options.

4. Your team follows the process that uses the DevOps delivery pipeline. The first three steps of this process are:

(1) Code development
(2) Submit code into a version control system and merge it into the “test” branch
(3) Perform component testing for the submitted code

Which of the following is BEST suited to be the entry criterion for step (2) of this pipeline?

5. During risk analysis the team considered the following risk: “The system allows too high a discount for a customer”. The team estimated the risk impact to be very high.
What can one say about the risk likelihood?