Dsc1520 2019 Study guides, Study notes & Summaries

QUANTITATIVE MODELLING (DSC1520) ASSIGNMENT 3 SEMESTER 2 (2019) UNIQUE NUMBER: DUE DATE: 04 OCTOBER 2019

QUANTITATIVE MODELLING (DSC1520) ASSIGNMENT 3 SEMESTER 2 (2019) UNIQUE NUMBER: DUE DATE: 04 OCTOBER 2019

QUANTITATIVE MODELLING (DSC1520) ASSIGNMENT 3 SEMESTER 2 (2019) UNIQUE NUMBER: DUE DATE: 04 OCTOBER 2019

QUANTITATIVE MODELLING (DSC1520) ASSIGNMENT 3 SEMESTER 1 (2019) Page 1 of 24 A P = 952 – 8(0) P = 952 A = (0;952) B P = 400 + 4( 0) P = 400 B = (0;400) Point C use the demand function when P = 0 0 = 952 -8Q Q = 119

DSC1520ASSIGNMENT 1 SEMESTER 1 2019 QUANTITATIVE MODELLING.OPTION 4 a = 80 ; b = 0.5 OPTION 2 = = = = 1.5 - = 0.3t Page 3 of 11 Pd = Ps 50 – 0.6Q = 20 + 0.4Q 50-20 = 0.4Q + 0.6Q 30 = Q (horizontal co-ordinate) From Pd = 50 – 0.6Q P = 50 – 0.6(30) P = 32 (vertical co-ordinate) Intercept (30;32) Page 4 of 11 OPTION 2 At the intercept equilibrium is reached when 30 units are produced at R32/unit OPTION 2 At equilibrium Pd = Ps 50 – 3Q = 14 + 1.5Q 5...

DSC1520 ASSIGNMENT 2 SEMESTER 1 (2019) POSSIBLE SOLUTIONS

Quantitative Modelling (DSC1520) Assignment 2, Semester 1, 2019

Assignment 01(S1) Semester: One Unique Number: Due Date: 6 March 2019 Question 1 Find the equation of the line passing through the points (3;1) and4 3; 2
. [1] y = −3 5 x + 14 5 [2] y = −3 5 x + 1 [3] y = x + 14 5 [4] y = −3 5 x− 14 5 [5] None of the above. Question 2 The daily rate of sales of a product (in units per day) is approximated by the exponential equation S(t) = 1 800 + 1 500e−0,3t+1,5, with t the number of days it has been on the market. After how many days, rounded to...

DSC1520 ASSIGNMENT 3 SEMESTER 2 (2019) POSSIBLE SOLUTIONS.

DSC1520 ASSIGNMENT 3 SEMESTER 2 (2019) POSSIBLE SOLUTIONS.