What are the effects of the following on EOQ?

1. Lumpy demand

2. Minimum order quantities

3. Transportation costs

4. Quantity discounts

describe different categories of organisms based on-

1. carbon and energy resources

2. temperature

3. pH 4. oxygen and

5. hydrostatic

In a perpetual inventory system, the purchase of inventory is debited to:

1. Inventory

2. Cost of Goods Sold

3. Accounts Payable

4. Purchases

Python is optimized for: Check all that applies

1) Compilation Speed

2) None of the above

3) Development Speed

4) Execution Speed

1. Explain 3 methods which can be used for portfolio selection and structuring

2. List and explain 4 concentration management techniques.

Early Termination Procedure?  

(Plan of action)

1 Example- Identify if the project will be a success?

2 Evaluate past project records?

3

4

Compare two programming languages of your choice based on all these criteria.

1. Readability

2. Writability

3.Reliability

4. Cost

How do I make sure that this C code shows the letter P for one second then L a second later on a raspberry pi sense hat?

How do I make sure that this C code shows the letter P for one second then L a second later on a raspberry pi sense hat?

1 #include <stdio.h>
2 #include <unistd.h>
3 #include "sense.h"
4
5 #define WHITE 0xFFFF
6
7 int main(void) {
8     // getFrameBuffer should only get called once/program
9     pi_framebuffer_t *fb=getFrameBuffer();
10     sense_fb_bitmap_t *bm=fb->bitmap;
11
12
13     // Letter P
14     bm->pixel[0][0]=WHITE;
15     bm->pixel[0][1]=WHITE;
16     bm->pixel[0][2]=WHITE;
17     bm->pixel[0][3]=WHITE;
18     bm->pixel[0][4]=WHITE;
19     bm->pixel[0][5]=WHITE;
20     bm->pixel[1][5]=WHITE;
21     bm->pixel[2][5]=WHITE;
22     bm->pixel[3][5]=WHITE;
23     bm->pixel[3][4]=WHITE;
24     bm->pixel[3][3]=WHITE;
25     bm->pixel[2][3]=WHITE;
26     bm->pixel[1][3]=WHITE;
27
28     /*
29     void drawCFB(void);
30     drawCFB();
31     */
32
33     sleep(1);
34
35     bm->pixel[0][0]=WHITE;                       
36     bm->pixel[0][1]=WHITE;
37     bm->pixel[0][2]=WHITE;
38     bm->pixel[0][3]=WHITE;
39     bm->pixel[0][4]=WHITE;
40     bm->pixel[0][5]=WHITE;
41     bm->pixel[1][0]=WHITE;
42     bm->pixel[2][0]=WHITE;
43     bm->pixel[3][0]=WHITE;
44
45     sleep(1);                                                                                           
46                                                                                                             
47     return 0;                                                                                               
48 }