COCOMOModel
Question 1 
Consider the basic COCOMO model where E is the effort applied in personmonths, D is the development time in chronological months, KLOC is the estimated number of delivered lines of code (in thousands) and a_{b}, b_{b}, c_{b}, d_{b} have their usual meanings. The basic COCOMO equations are of the form
E = a _{b}(KLOC)exp (b _{b}, D = c _{b}(E)exp (d _{b})  
E = a _{b}(KLOC)exp (b _{b}, D = c _{b}(E)exp (d _{b})  
E = a _{b}exp(b _{b}), D = c _{b}(KLOC)exp (d _{b})  
E = a _{b}exp(D _{b}), D = c _{b}(KLOC)exp (b _{b}) 
Effort applied (E) = a_{b}(KLOC)b_{b}
Development time (D) = c_{b}(E)d_{b}
Question 2 
A company needs to develop digital signal processing software for one of its newest inventions. The software is expected to have 40000 lines of code. The company needs to determine the effort in personmonths needed to develop this software using the basic COCOMO model. The multiplicative factor for this model is given as 2.8 for the software development on embedded systems, while the exponentiation factor is given as 1.20. What is the estimated effort in personmonths?
234.25  
932.50  
287.80  
122.40 
Question 3 
In a software project, COCOMO (Constructive Cost Model) is used to estimate
effort, cost and schedule based on the size of the software
 
size and duration based on the effort of the software  
effort and cost based on the duration of the software  
size, effort and duration based on the cost of the software

Question 4 
embedded  
semidetached  
detached  
organic 