1) Given a black box description of the input to a program P2: floating point number X with a granularity of 0.1 and integer N:

Input X Output N

[0, 32.0) -1 [32.0, 100.0) 1

[100.0, 212.0] 2

what are the equivalence classes for X?

2) Based on equivalence class partitioning, create a test set T2E for P2.

3) Based on boundary value analysis, create a test set T2B for P2.

d) Given a black box description of the input to a program P2: floating point number X with a granularity of 0.1 and integer N: Input X Output N [0, 32.0) -1 [32.0, 100.0) 1 [100.0, 212.0] 2 what are the equivalence classes for X? e) Based on equivalence class partitioning, create a test set T2e for P2. f) Based on boundary value analysis, create a test set T2B for P2