use matlab
Webing from residentialch provides com ar condition 1 Problem Individual air handler, as well as the total cost. Hint: use a pair of nested for loops. You work for a heating, ventilation, and air condition- In HVAC Company which provides complete solution 6. Include comments documenting you choices as you scaling from residential to retail to industrial needs. code, but do not include needless commentary. With this large range of products, you purchase air han 6. Publish the function files with code evaluation dis- dler units (see Figure 1) from two different manufactur- abled, and the script with evaluation enabled. In- ers based on the required flow rate of the unit. Since clude reflection question responses as formatted each company has their own pricing schemes, the costs comments (make use of the comment templates from incurred by your employer depend on which manufac- the ribbon Interface) in the main script. Submit the turer a unit is purchased from. files (not combined) to Canvas Your division is setting up a show room for potential clients, and you have been tasked with purchasing one example of each of the air handlers your company uses 3 Reflection Questions in their solutions. Two model numbers combine to in- dicate the flow rate of an air handler at your company. 1. Does the selection of air handler provider minimize M = {1,2,3) and M. = {0.50) using the relationship in the costs to your company? What motivations may Equation (1) exist for choosing to not optimize by cost on some decisions? Q = (3M, +1) (M, +10) cfm (1) 2. How does your decision-making process Impact Based on the flow rate the air handler is purchased your customers, and your suppliers? Are there op- from either company A, with prices defined by Equa- portunities to create value for one of these groups tion (2) or company B using Equation (3). Company A supplies air handlers for Q 300 cfm. usefulness to support billing of customers? What new skills do you need to learn to make these 1000 $ Q 0,100 cfm changes? CA(Q) = 2500 $ Q (100, 200) cfm 4. Reflect on the use of functions in this activity. Can (5000$ Q 200, 300 cm this task be completed without their use? What ad- /cm vantages do they bring, and at what cost are those C(Q) = (0.15) Ek advantages gained? (3) You must calculate the total expected cost for the air handler units in this showroom. 2 Required Results Write pseudo-code in your main script indicating Heating Cooling Cols Blo which functions must be written and what tasks each will accomplish. 2. Write a function to compute the air handler's flow rate based on the model number: Hint: Equation (1) 3. Write two functions: one to predict each supplier's cost based on the air handler's flow rate. Hint: Equa- Tions (2) and (9) 4. Write a main script which loops through M, and M. Fig. 1: Conventional air handler used in heating, ventila- to sum the costs of all the air handler models. In tion, and cooling systems. clude an output command to display the cost of each SNO www Webing from residentialch provides com ar condition 1 Problem Individual air handler, as well as the total cost. Hint: use a pair of nested for loops. You work for a heating, ventilation, and air condition- In HVAC Company which provides complete solution 6. Include comments documenting you choices as you scaling from residential to retail to industrial needs. code, but do not include needless commentary. With this large range of products, you purchase air han 6. Publish the function files with code evaluation dis- dler units (see Figure 1) from two different manufactur- abled, and the script with evaluation enabled. In- ers based on the required flow rate of the unit. Since clude reflection question responses as formatted each company has their own pricing schemes, the costs comments (make use of the comment templates from incurred by your employer depend on which manufac- the ribbon Interface) in the main script. Submit the turer a unit is purchased from. files (not combined) to Canvas Your division is setting up a show room for potential clients, and you have been tasked with purchasing one example of each of the air handlers your company uses 3 Reflection Questions in their solutions. Two model numbers combine to in- dicate the flow rate of an air handler at your company. 1. Does the selection of air handler provider minimize M = {1,2,3) and M. = {0.50) using the relationship in the costs to your company? What motivations may Equation (1) exist for choosing to not optimize by cost on some decisions? Q = (3M, +1) (M, +10) cfm (1) 2. How does your decision-making process Impact Based on the flow rate the air handler is purchased your customers, and your suppliers? Are there op- from either company A, with prices defined by Equa- portunities to create value for one of these groups tion (2) or company B using Equation (3). Company A supplies air handlers for Q 300 cfm. usefulness to support billing of customers? What new skills do you need to learn to make these 1000 $ Q 0,100 cfm changes? CA(Q) = 2500 $ Q (100, 200) cfm 4. Reflect on the use of functions in this activity. Can (5000$ Q 200, 300 cm this task be completed without their use? What ad- /cm vantages do they bring, and at what cost are those C(Q) = (0.15) Ek advantages gained? (3) You must calculate the total expected cost for the air handler units in this showroom. 2 Required Results Write pseudo-code in your main script indicating Heating Cooling Cols Blo which functions must be written and what tasks each will accomplish. 2. Write a function to compute the air handler's flow rate based on the model number: Hint: Equation (1) 3. Write two functions: one to predict each supplier's cost based on the air handler's flow rate. Hint: Equa- Tions (2) and (9) 4. Write a main script which loops through M, and M. Fig. 1: Conventional air handler used in heating, ventila- to sum the costs of all the air handler models. In tion, and cooling systems. clude an output command to display the cost of each SNO www
