System Software Quiz - TIA Ch 5_ EM 2024 SPRING-CIS105 17957

#DATE TIME-TEMPERATURE UNIT HUMIDITY%9/28/2010 15:45:14 22.248900 C 44.7219689/28/2010 16:00:07 22.738900 C 50.5399939/28/2010 16:15:07 23.388900 C 49.3393389/28/2010 16:30:07 23.918900 C 47.5392809/28/2010 16:45:08 23.668900 C 40.700378The first line is just a comment, and is there to help a human understand the data that they are seeing; it should be ignored (hint:  any line beginning with '#' ought to be skipped.)   Write a program to read the data from the file and produce the average temperature and average humidity for all the records in the file. This is a very large file - it is the actual temperature and humidity data from our server room.  You would spend hours trying to do this manually, with a calculator, and you likely would make mistakes along the way.  This is where computers are far superior to humans when dealing with boring, repetitive tasks. The output of the program will look like this: Average Temperature (C): NN.NNNNNNNNNNNNNN Average Humidity (%):…

ID Student Number Surname Name Test 1 Test 2 Test 3 Test 4 Final mark PASS/FAIL 1 217545455 Johaness Wheeler 45% 34% 49% 21% 37 FAIL 2 217452154 David Albertina 45% 34% 49% 4% 33 FAIL 3 217454151 Waldo Gertze 75% 75% 63% 88% 75 PASS 4 217486414 Kalimbo Andreas 51% 56% 90% 90% 72 PASS 5 217454155 Hakweenda Junior 44% 28% 35% 14% 30 FAIL Answer  the following  questions using the table above  Use student 2017 table to create a query that will display Student Number, Surname, Name and Pass/Fail field for all the students whose final result is "PASS". Save the query as "Pass".     Use student 2017 to create a query that will display the student's surname and final mark field for all the students whose final mark is between 0 -  40. Save the query as "Fail"         Use student 2017 to create a query that will display the student number and surname for all the students whose surname consist of letter "O" in it. Save the query as "Surname".

Please help to answer this question!

Language: PYTHON

staffNo dentistName patientNo patientName appointment surgeryNo date time S1011 Tony Smith P100 Gillian White 12-Aug-03 10.00 s10 s1011 Tony Smith P105 Jill Bell 13-Aug-03 12.00 S15 s1024 Helen Pearson P108 Ian MacKay 12-Sept-03 10.00 s10 S1024 Helen Pearson P108 Ian MacKay 14-Sept-03 10.00 s10 s1032 Robin Plevin P105 Jill Bell 14-Oct-03 16.30 S15 s1032 Robin Plevin P110 John Walker 15-Oct-03 18.00 S13 Provide examples of insertion, deletion, and modification anomalies in above table. Normalise above table to remove modification anomalies showing all steps for 1NF, 2NF, 3NF and BCNF.

Computer Science pamuk_uretimi YEAR_ birincifarki alinmis_ser var var var 1 19579 1932 2 27791 1933 8212 3 37762 1934 9971 4 52228 1935 14466 51068 1936 -1160 6 67185 1937 16117 64731 1938 -2454 8 63950 1939 -781 9 77115 1940 13165 10 64184 1941 -12931 11 74055 1942 9871 12 53392 1943 -20663 13 58916 1944 5524 14 54379 1945 -4537 15 59027 1946 4648 16 51456 1947 -7571 17 58198 1948 6742 18 104156 1949 45958 19 118377 1950 14221 20 150000 1951 31623 21 165000 1952 15000 Do it using Box and Jenkins Method and R program.

Appendix EMPLOYEE Fnamo Minit Lname Ssn Bdato Addross Ser Salary Super ssn Dno 123456789 1965-01-00 731 Fondron, Houston, TX M 30000 333445555 333445555 1955-12-08 638 Voss, Houston, TX John B Smith Franklin Wong 40000 888665555 25000 987654321 999887777 1968-01-10 3321 Castlo, Spring, TX Wallaco 987654321 1941-06-20 201 Borry, Bollaire, TX Alicia Zolaya 4. Jonnifor 43000 888665555 4. Narayan 666884444 1962-09-15 975 Fire Oak, Humblo, TX M 38000 333445555 English 453453453 1972-07-31 5631 Rice, Houston, TX Ramosh K Joyce 25000 333445555 Ahmad V Jabbar 987987987 1969-03-20 980 Dalas, Houston, TX M 25000 087654321 4. James Borg 888665555 1937-11-10 450 Stono, Houston, TX M 55000 NULL DEPARTMENT DEPT LOCATIONS Dnamo Dnumber Mgr ssn Mgr start date Dnumbor Dlocation Rosearch 333445555 1988-05-22 Houston Administration 4. 987654321 1995-01-01 Stafford Headquarters 1. 888665555 1981-06-19 5. Bellaire 5. Sugarland Houston WORKS ON PROJECT Essn Pno Hours Pname Prumber Plocation Dnum 123456789…

Student_Grade Student ID Course Code Semester 1-2019-2020 Mark Grade 20195605 A0313401 87 20195606 A0313402 1-2019-2020 81 20191200 A0312305 3-2018-2019 77 20205305 A0313401 1-2019-2020 91 20205306 A0313402 1-2019-2020 78 20201202 A0312305 3-2018-2019 81 1) Create the table 2) Insert the data 3) Assign a letter grade to the "Grade" according to the following rules: a. If the mark is greater or equal to 90, assign "A" b. If the mark is between 80 and 89, assign "B" c. If the mark is less than 80, assign "C"

can you please provide explanation on this ?

https://www.bartleby.com/questions-and-answers/jobs-burst-time-arrival-time-j1-17-j2-1-j3-30-15-j4-15-17-j5-20-30-1.-which-job-is-executed-first-2./667de578-d666-4b96-ba55-6ab93be41458

Year Qtr 1 Qtr 2 Qtr 3 Qtr 4 Total 2009 312 406 393 487 1,598 2010 239 373 271 440 1,323 2011 268 284 290 486 1,328 2012 307 357 333 507 1,504 2013 333 409 354 524 1,620 2014 330 388 379 516 1,613 2015 294 376 385 535 1,590 Year Qtr Planes 2009 Qtr1 312   Qtr2 406   Qtr3 393   Qtr4 487 2010 Qtr1 239   Qtr2 373   Qtr3 271   Qtr4 440 2011 Qtr1 268   Qtr2 284   Qtr3 290   Qtr4 486 2012 Qtr1 307   Qtr2 357   Qtr3 333   Qtr4 507 2013 Qtr1 333   Qtr2 409   Qtr3 354   Qtr4 524 2014 Qtr1 330   Qtr2 388   Qtr3 379   Qtr4 516 2015 Qtr1 294   Qtr2 376   Qtr3 385   Qtr4 535   (c) Use MegaStat or Minitab to calculate estimated seasonal indexes and trend. (Round your answers to 3 decimal places.)  Qtr1Index   Qtr2Index   Qtr3Index   Qtr4Index    ?      ?      ?      ?                    (d) In which quarters are shipments highest? Lowest? (You may select more than one answer. Click the box with a check mark for…

Student ID is 19016123

Consider the below EMPLOYEE table. IMP AD ALARY ONE NUM MONG L identify the potential anomalies that might arise with this design of table. . Normalize the EMPLOYEE table up to third normal form. Justify each decomposition. apoad les bom your second device.cx.on Obym

create this webpage using html

PLEASE EXPLAIN IN DETAIL AND WRITE ELIGIBLY  officeNo officeAddress telNo mgrStaffNo name B001 8 Jefferson Way, Portland, ME 97201 503-555-3618 S1500 Tom Daniels B002 City Center Plaza, Seattle, WA 98122 206-555-6756 S0010 Mary Martinez B003 14 – 8th Avenue, New York, NY 10012 212-371-3000 S0145 Art Peters B004 16 – 14th Avenue, Seattle, WA 98128 206-555-3131 S2250 Sally Stern   Primary key: officeNo   Why the above table is not in 3NF? Describe and illustrate the process of normalizing the data shown in this table to third normal form (3NF). c) Identify the primary and foreign keys in your 3NF relations.

The bit exponent (characteristic) of the machine number 01100000111 010100110001 is Select one: a. 776 on b. 775 C. 774 d. 773 Previous page Nex Return to: General search DELL

Answer in c programming language. dairy.txt DAY Milk Cheese Butter Cream YogurtMonday 50 25 32 16 512Tuesday 64 12 34 62 97Wednesday 23 54 67 13 62Thursday 34 54 25 35 127Friday 76 23 54 24 120 fruits.txt DAY Banana Apple Orange Mango WatermelonMonday 60 35 32 16 30Tuesday 44 22 34 62 54Wednesday 33 14 67 13 22Thursday 24 44 35 15 42Friday 36 43 24 34 29

Species Weight Length1 Length2 Length3 Height Width Parkki 55 13.5 14.7 16.5 6.8475 2.3265Parkki 60 14.3 15.5 17.4 6.5772 2.3142Parkki 90 16.3 17.7 19.8 7.4052 2.673Parkki 120 17.5 19 21.3 8.3922 2.9181Parkki 150 18.4 20 22.4 8.8928 3.2928Parkki 140 19 20.7 23.2 8.5376 3.2944Parkki 170 19 20.7 23.2 9.396 3.4104Parkki 145 19.8 21.5 24.1 9.7364 3.1571Parkki 200 21.2 23 25.8 10.3458 3.6636Parkki 273 23 25 28 11.088 4.144Parkki 300 24 26 29 11.368 4.234Perch 5.9 7.5 8.4 8.8 2.112 1.408Perch 32 12.5 13.7 14.7 3.528 1.9992Perch 40 13.8 15 16 3.824 2.432Perch 51.5 15 16.2 17.2 4.5924 2.6316Perch 70 15.7 17.4 18.5 4.588 2.9415Perch 100 16.2 18 19.2 5.2224 3.3216Perch 78 16.8 18.7 19.4 5.1992 3.1234Perch 80 17.2 19 20.2 5.6358 3.0502Perch 85 17.8 19.6 20.8 5.1376 3.0368Perch 85 18.2 20 21 5.082 2.772Perch 110 19 21 22.5 5.6925 3.555Perch 115 19 21 22.5 5.9175 3.3075Perch 125 19 21 22.5 5.6925 3.6675Perch 130 19.3 21.3 22.8 6.384 3.534Perch 120 20 22 23.5 6.11 3.4075Perch 120 20 22 23.5 5.64…

Applications of dilation For bridging gaps in an image 0 0 0 0 0 0 00 000000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00011100 0 0 0 0 0 0 0 0 0011111 0 0 0 0 0 0 0 0 0 0011111000011100 0011110000111100 0001100001111100 0 0 0 0 0 0 0 0 0 0 0011111 0 0 0 0 0 0 0 0 0 01111111 0 0 0 0 0 0 0 0 0111111100111110 0111111101111110 0111111111111110 0111111111111110 0011111111111110 000001111111110 2-77 0 0 0 0 0 0 001111100 0 0 0 0 0 0 0111110 000 0000001111100000 0000011111000 0 0 0 0000111110000 0 0 0 0000111111110000 0000111111110 000 0000011111100000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 000011111111100 0001111111110000 0001111111111000 0001111111111000 0001111111111000 000111111111 00001 11 000 11 000 Effect of dilation using a 3×3 square structuring element

Use the diagram to answer the following questions: 0000 80 cc 9c 00 a6 ca 6c 6a 77 43 c1 5f 08 00 45 00 0010 00 34 a2 5e 40 00 80 06 00 00 co a8 00 ee 34 d9 0020 43 7c c8 4e 01 bb ab 4a 0030 fa fø 39 32 00 00 02 04 05 b4 01 03 03 08 01 01 53 e4 00 00 00 00 80 02 0040 04 02 Is the message going from Client to Server, or Server to Client? (circle the correct message direction) b. What protocol is associated with the well-known port in this segment? c. What part of the conversation is this segment? (setup, middle, teardown) а.

In DES, if the input to the below S-Box was 101010, then the output will be: S₁0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 0 14 04 13 01 02 15 11 08 03 10 06 12 05 09 00 07 00 15 07 04 14 02 13 01 10 06 12 11 09 05 03 08 04 01 14 08 13 06 02 11 15 12 09 07 03 10 05 00 3 15 12 08 02 04 09 01 07 05 11 03 14 10 00 06 13 1 2 Select one: a.0110 b.0010 C.0011 d.1101

Powers table Square Root Number Square Cube Quad 1 1 1 | 1 1 1.4142135623730951 1.7320508075688772 9 27 81 2 4 8 16 3 4 2 16 64 256 5 2.23606797749979 25 125 625 |2.449489742783178 2.6457513110645907| 49 2.8284271247461903 64 216 1296 343 2401 512 4096 729 6561 6 36 7 8. 9 3 81 10 3.1622776601683795 100 1000 10000 powers.html Powers table Number Square Root Square Cube Quad for (var number = 1; number " "");

step by step explanation if you can

Data block to be decoded:  00 11 bc b5 49 40 b8 8d  12 00 0d fa 08 00 45 00 00 37 99 09 00 00 ff 11  ea 9f 0a 07 03 1a 42 aa e8 41 c7 19 00 35 00 23  a3 9e 02 90 01 00 00 01 00 00 00 00 00 00 05 6d  69 74 72 65 03 6f 72 67 00 00 01 00 01            Please answer the following questions after decoded the above data block: Q1: (Layer 4) Protocol is: Q2: Source MAC address:  Q3: Destination MAC address: Q4: Source IP address: Q5: Destination IP address:  Q6: Source (Layer 4) Port #: Q7: Destination (Layer 4) Port # : Q8: (Application Layer) Payload description and contents.

Data block to be decoded:  00 11 bc b5 49 40 b8 8d  12 00 0d fa 08 00 45 00 00 37 99 09 00 00 ff 11  ea 9f 0a 07 03 1a 42 aa e8 41 c7 19 00 35 00 23  a3 9e 02 90 01 00 00 01 00 00 00 00 00 00 05 6d  69 74 72 65 03 6f 72 67 00 00 01 00 01            Please answer the following questions after decoded the above data block: Q1: (Layer 4) Protocol is: Q2: Source MAC address:  Q3: Destination MAC address: Q4: Source IP address: Q5: Destination IP address:

1011 BASE 2 + 1011 BASE 2 + 1101 BASE 2 + A BASE 16=_______BASE 10 444 BASE 8 + 222 BASE 8 + 101 BASE 8 + F BASE 16 = ________BASE 16 101101  BASE 2 +  1110101 BASE 2 + 11101 BASE 2 + 0101 BASE 2= _______BASE 2

Problem 3 This problem is another table creation program, similar to Problem 1. In this program, you will create a table of temperature conversions, starting from -40 degrees (both Fahrenheit and Celsius), and running at 5 degree intervals for 100 entries in each table. The program should use static methods to perform the actual conversion, so that you can print the input temperatures and converted temperatures using a single System.out statement. You will need two methods, one to convert F to C, and one to convert C to F. The decimal temperatures should be displayed using 10 spaces per temperature, with three digits shown after the decimal point. As with Problem 1, this program does not require any user input when it runs. The test plan is simply, does the output from my program match the output provided below? If not, you will have to adjust your code until your output matches the output provided below. W 0 PrtScn Home PgUp & R 8

Customer Customer Item Item Category Category date quantity Unit Number Name code Number price name name 4583155 H.Petu 146 keyboard PER Peripherals 2021/01/03 1 150.00 8 4583155 H.Petu Peripherals 2021/01/03 110 mouse PER 1 758.00 keyboard PER Peripherals 2021/01/05 9659103 В. 146 1 150.00 Nixon 8 keyboard Peripherals 2021/01/11 4583155 H.Petu 146 PER 1. 150.00 8. 9659103 В. 780 3D printer PRN printer 2021/01/11 9150.00 Nixon 2 Normalize this data to second normal form

ΕMPLOYEΕ Ssn Bdato Address Ser Salary Super ssn Dno Fnamo Minit Lname 123456789 1965-01-00 731 Fondron, Houston, TX M 30000 333445555 M 40000 B88665555 John Smith Wong 333445555 1055-12-08 638 Voss, Houston, TX Franklin 999887777 1968-01-19 3321 Castlo, Spring, TX F 25000 987654321 4. Zolaya Wallace 987654321 1941-06-20 291 Borry, Bollairo, TX Alicia 43000 888665555 4. Jonnifor Narayan 666884444 1962-09-15 975 Fire Oak, Humblo, TX M 38000 333445555 25000 333445555 M 25000 087654321 Ramesh K. English 453453453 1972-07-31 5631 Rice, Houston, TX 987987987 1969-03-20 980 Dallas, Houston, TX Joyce 4. Ahmad Jabbar James Borg 888665555 1937-11-10 450 Stono, Houston, TX M 55000 NULL DEPARTMENT DEPT LOCATIONS Dname Dnumber Mgr ssn Mgr start dato Dnumbor Dlocation Rosearch 333445555 1988-05-22 1. Houston Administration 4. 987654321 1995-01-01 4. Stafford Headquarters 1 888665555 1981-06-19 5 Bellaire Sugarland Houston WORKS ON PROJECT Essn Pno Hours Pname Prumber Plocation Dnum 123456789 32.5…