If two parents, one with the genotype  IAIA for blood type A…

If two parents, one with the genotype  IAIA for blood type A and the other with the genotype IBi for blood type B, have a child, what is the probability that the child will have Blood Type O? (Assume both parents are homozygous dominant for the H locus, i.e. no Bombay effect)

In _________ (country), there have been long-term consequenc…

In _________ (country), there have been long-term consequences for a decision that resulted in altering the demographics (e.g. sex-ratio) and also in an aging population that doesn’t have enough workforce to support them. Only until 2015, the rules changed to a two-child policy and just a couple of weeks ago, on May 31, 2021, they are allowing three children. Which country am I referring to?

We introduced two versions of the Knapsack Problem: one wher…

We introduced two versions of the Knapsack Problem: one where you are trying to fill a knapsack with some subset of n items which cannot be repeated (0/1 version), and another where you assume you have an unlimited supply of every one of the n items that you can put in the knapsack. We called the dynamic programming algorithm for the former Knapsack No Repeat and for the latter, we called it Knapsack Repeat. Let the running time for Knapsack No Repeat be f(n) and let g(n) be the running time for algorithm Knapsack Repeat. Assume both algorithms receive the same set of weights, values and the same capacity. Which one of the following is true:

Of the 4 most commonly found elements in living things, whic…

Of the 4 most commonly found elements in living things, which has the most valence electrons? (I could not find a periodic table large enough for this question, so I have this one. Disregard the outlining of certain elements and the extra information on the bottom)