Model to optimize number of possible bids given budgets

The attached files provide a definition of the problem, especially the powerpoint slide.

Given the information, I am trying to develop a linear programming model such that I maximize the number of possible bids given the limited resources of budgets and writers. Essentially, which of the 10 bids should I take on, given the limitations of availability and cost of writers.

I am assuming all bids are released for bid at the same time and are due at the same time over a 4 week period.

Bob wanted to build a multiple regression model based on advertising expenditures and price index. based on the selection of all normal values, he obtained the following:
1) Multiple R - 0.738
2) R-Square - 0.546
By using lagged values, he came up with the following:
3) Multiple R - 0.755
4) R-Square - 0.570
Explai

1. (Requires calculus) In the model of a dominant firm, assume that the fringe supply curve is given by Q = -1 + 0.2P, where P is market price and Q is output. Demand is given by Q = 11 - P.
What will price and output be if there is no dominant firm? Now assume that there is a dominant firm, whose marginal cost is constant at

Your company bids for two contracts. You believe the probability that you get contract #1 is 0.8. If you get contract #1, the probability that you also get contract #2 is 0.2, and if you do not get contract #1 the probability that you get contract #2 will be 0.3.
a. Are the outcomes of the two contract bids independent?
b. F

An antique collector believes that the price received for a particular item increases with its age and with the number of bidders. The attached file contains data on these three variables for 32 recently auctioned comparable items. Estimate a multiple regression model using the given data. Interpret each of the estimated regress

On 10 leases on the outer continental shelf in the Gulf of Mexico in 1984, Atlantic Richfield submitted bids. The bids are given below: 14.27, 14.60, 14.98, 15.25, 15.30, 15.42, 15.50, 15.72, 15.83, and 15.92. The x(mean)=15.279 and the s=.532. Assume that these bids are normally distributed. Place a 95% two sided confidence

A large disaster cleaning company estimates that 30% of the jobs it bids on are finished within the bid time.
Looking at a random sample of 8 jobs that is has contracted:
Calculate the mean number of jobs completed within the bid time.
=

After a study done a company shows a table below summarizes the results from the study:
This is based on 5 untis of capital is currently used. Workers are paid at $50.00 per unit. Per unit capital costs are $10.00 and a product is sold for $5.00 each. Given this information optimize your Human Resources and Production decis