YOU are in charge of a new products being launched by "Incredible Circuits". Mr. Eleck Trikal, C.E.O. of the company, has seen the need to calculate the Reliability of his new product after 10, 20, 30, and 50 hours of use. This new product is basically made with four components: A B, C, and D; and its design is included below: As a good manufacturing engineer, you take 10 samples for each component, and test them until failure. The following are the times obtained: COMPONENT A: 8, 9, 18, 28, 35+, 43+, 59+, 65, 75, and 78 (+ means censoring) COMPONENT B: 8, 17+, 22, 29, 35, 39, 49+, 55, 59+, and 78 (+ means censoring) COMPONENT C: 2, 23, 24, 35+, 53, 55, 62+, 66+, 76, and 83 (+ means censoring) COMPONENT D: 3, 18, 24, 35, 38, 49, 58, 59, 66, and 79 (no censoring)

1. For COMPONENT A: Calculate non-parametrical estimates for F[t1], F[t2]....... all the way to F[t10]
2. For Component A: Calculate non-para metrical estimates for R[t1], R[t2] ...... all the way to R[t10]
3. For Component A: Calculate non-para metrical estimates for f[t1], f[t2] ...... all the way to f[t10]
4. For Component A: Calculate non-para metrical estimates for R[t1], R[t2] ...... all the way to R[t10]
6. For Component A: Calculate non-para metrical estimates for h[t1], h[t2] ...... all the way to h[t10]