Total cost of the project includes cost of development & maintenance. What is the $$LOC$$ for $${L_1}$$ for which the cost of the project using $${L_1}$$ is equal to the cost of the project using $${L_2}$$
$$i)$$ When coefficient $$a$$ is zero or irrespective of discriminate
$$ii)$$ When discriminate is positive.
$$iii)$$ When discriminate is zero
$$iv)$$ When discriminate is negative
Only in cases $$(ii)$$ & $$(iii)$$ the stored roots are valid Otherwise $$0$$ is stored in the roots the function returns $$0$$ when the roots are valid & - $$1$$ otherwise. The function also ensures root $$1$$ $$> =$$ root $$2.$$
int get QuadRoots(float a, float b, float c, float $${}^ * root1$$, float $${}^ * root2$$);
A software test engineer is assigned the job of doing block box testing. He comes up with the following test cases, many of which are redundant
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Which one of the following options provide the set of non-redundant tests using equivalence class partitioning approach from input perspective for black box testing?
What is the minimum number of states needed in a $$DFA$$ to recognize $$L$$?