![SOLVED: 3. (8 points) ) and (y) are independent lives with the following mortality probabilities: qx=2qx+1=.3qx+2=.5qy=.3qy+1=.5qy+2=.7 (a) (2 points) Calculate 3qry and 39ry . (b) (4 points) Calculate qp., in each of SOLVED: 3. (8 points) ) and (y) are independent lives with the following mortality probabilities: qx=2qx+1=.3qx+2=.5qy=.3qy+1=.5qy+2=.7 (a) (2 points) Calculate 3qry and 39ry . (b) (4 points) Calculate qp., in each of](https://cdn.numerade.com/ask_images/2c6605b9dc434b2fa07dab7f4b4c3879.jpg)
SOLVED: 3. (8 points) ) and (y) are independent lives with the following mortality probabilities: qx=2qx+1=.3qx+2=.5qy=.3qy+1=.5qy+2=.7 (a) (2 points) Calculate 3qry and 39ry . (b) (4 points) Calculate qp., in each of
Calculate electric field intensity at a point on the axis which is at distance x from the center of half ring, having total charge Q distributed uniformly on it. The radius of
![SOLVED: Suppose that qr is given. Then calculate the central death rate, defined by, qx mc = ∫tPrdt for the following two cases: 1. Assume that the UDD (Uniform Death Distribution) assumption SOLVED: Suppose that qr is given. Then calculate the central death rate, defined by, qx mc = ∫tPrdt for the following two cases: 1. Assume that the UDD (Uniform Death Distribution) assumption](https://cdn.numerade.com/ask_images/11b60fa62de54e7a829b2c16a0f715af.jpg)