Consider this code: if A < C then exchange A and C: endif if B < C then exchange A and C: endif *C = C + B* Given this code, what is the final symbolic value of C after executing the TT path?

Assume we are testing a function with 3 variables: Variable A: has values 0 and 1 Variable B: has values 0 and 1 Variable C: has values 0 and 1 What is the total 2-way variable value configuration coverage achieved by the following tests: A=0; B=0; C=0 A=0; B=1; C=1 A=1, B=1, C=1

 In waterfall software development, when does software testing activity happen?

An e-commerce application uses a decision table to calculate the final shipping cost and estimated delivery date based on three dependent inputs for a given order: Customer Loyalty Tier (Bronze, Silver, Gold, Platinum, Diamond) Product Category (Electronics, Clothing, Home, Books, Toys, Beauty, Sports, Automotive) Shipping Method (Standard, Expedited, Next-Day, Same-Day, In-Store Pickup) Assuming every possible combination of these inputs triggers a unique business rule, how many total test cases are required to achieve 100% exhaustive coverage of this decision table?

Suppose that you have four inputs: P1 with values X, and Y; P2 with value Z; P3 with values A, and B; and P4 with values C, D, E. Given this information, which table contains the correct tests for a pairwise combination design of experiments?

Given the state testing diagram below, how many test sequences would one find in the state testing tree? You may assume “A” is the start state and “J” is the terminal state.

Suppose that parking rates for a permit are calculated based on the type of vehicle owner (faculty or students) and the location of the parking (garage, lot, street). Faculty may park in the lot or garage for $200. Students may pay $100 for a garage spot and $50 for a street spot. Any other combination is not allowed. Which decision table *best* captures these requirements?

What are some of the steps taken during exploratory testing? *Select all that apply.*

Consider this code:  read (w, x, y, z) if x > 20 and y > 4 then x = 10 else x = 20 endif; if z < 50 and w > 10 then y = 10 else y = 20 endif; Given this code, how many test cases are needed to achieve 100% decision condition coverage?

Consider this code: if A > B then exchange A and B: endif if B > C then exchange B and C: endif What is the cyclomatic complexity of this code? (Note: Express your answer as a number ONLY. For example 1, 2, 3, etc.)