I need labs 9 , 12 and 13 done please separate labs please
follow lab 4 report format/styleI attached lab 4 and its report for reference only
Group-4-2-28-22-1 Student launching the drone Lab #12 D rone experim ent The Engineering students at CSC 270 bring laser devices for Altitude m easurem ents on their new ly designed autom atic Drone that follow s the local air current . Launched upstate N Y on a M ountain After collecting their data they arrive at the follow ing equation for the altitude, (m eters above ground) of the Drone as a function in the hours during the flight. W hich w as 59 hrsof data collection. Altitude =-0.11t 4 + 12.1t 3 -362 t 2 +3910t t is tim e in hours This is the task. 1. for loop 2. (units in the table headings only ) 3. Be sure to U SE the LO O P# technique w hich depends on the initial tim e, the final tim e and step or increm ent betw een tim es, that the user enters. nam ely: loops = (int)( (final -initial)/increm ent ); // counter istart 0! 4 YO U R Tim e range w ith increm ents of 1 hr are 0 to 23 rd hr 5. U SE DESCRIPTIVE N AM ES for the variables 6. Table order, tim e, altitude. 7. U SE SCIEN TIFIC, Precision(5) and setw if needed for neat table also in the w ord docum ent the table is expected to be neat, colum ns centered under the headings w hich also as state contain the units. N o units in the colum ns. CO N TIN U ED N EXT PAG E LAB 12 C O N TIN U E D 8. your program after the table w ill produce the tim e the balloon reached TH E m axim um altitude from the m easurem ents and the value of the m axim um altitude. 9. the program w ill also produce the altitude 1.1 hrs after the m axim um altitude m easured at the end. 10. D O A H and calculation of altitude at tim e 14 th hrto be sure equations are ok. 11. R E M E M B E R A G O O D AB STR A C T A N D TH E PR O G R AM 12, G R APH IN G : N O TE ALL TIM ES AR E U SED H ER E ****** 0 TO 59 TH H R . A FTE R all TH E P R E V IO U S output is saved in the block com m ent field/*..*/. R un the program w ith only the tim e output FR O M 0 TO 59 thhr, that is, suppress the altitude output, increm ents of 1 hr. C opy the colum n of num bers and put into ,the A colum n of an excel docum ent. R un it again, sam e tim e range, but only the altitude num bers are copied to the B colum n, suppress tim e output, of the excel docum ent. G raph these values as show n from the class lectures. IE H ighlight all of the B colum n and insert the graph, then insert in the x axis of the graph from the values in the A colum n. Label headings, axis etc. C opy the final graph and paste to the w ord docum ent you are handing in. D O N O T H AN D IN AN EXC EL SH EET, TH E G R APH C AN B E C O PIED to the w ord doc at the end. L a b 1 3 T e m p l a t e t o u s e , b e s u r e t o m o d i f y b a s e d o n t h e i n s t r u c t i o n s i n t h e n e x t t w o s l i d e s C o p y i t e m s i n r e d a n d f i l l i n o r c h a n g e i n i t e m s i n t h i s c o l o r , b a s e d o n i n s t r u c t i o n s / * A B S TR A C T: F I L L IN P RO P ER L Y w h at i t i s a l l a bo u t * / # i n c l u de < i="" os="" t="" re="" a="" m=""> / /R e q ui r ed f o r ce r r # i n c l u de < f="" st="" r="" ea="" m=""> / / Re q u ir e d f o r i fs t r ea m , o f s t r ea m u s i n g na m e sp a ce s t d ; i n t m a in ( ) { i f s tr e a m f in ( " s e n so r . tx t " ) ; / / A DD C RE A TI V E C O MM E N T o f s tr e a m f ou t ( " c h ec k e dS e ns o r . t x t " ) ; / / A D D C R EA T I VE CO M M E N T / / C h ec k fo r p o s s i b le e rr o rs . i f ( f in . fa i l( ) ) { c e rr <>< "="" co="" u="" l="" d="" n="" ot="" o="" pe="" n="" i="" n="" p="" u="" t="" fi="" l="" e="" s="" e="" ns="" o="" r="" .="" t="" x="" t\="" n="" "="" ;="" e="" x="" it="" (="" 1="" );="" }="" a="" l="" l="" fi="" l="" e="" s="" a="" re="" o="" p="" e="" n="" .="" d="" e="" cl="" a="" ra="" t="" i="" o="" n="" se="" c="" t="" io="" n="" d="" o="" u="" b="" le="" x="" ,="" f="" ;="" a="" d="" d="" a="" d="" d="" it="" i="" on="" a="" l="" v="" a="" ri="" a="" b="" le="" s="" a="" s="" n="" e="" e="" de="" d="" i="" n="" t="" co="" u="" n="" t(="" 0="" );="" f="" i="" n="">> x > > F ; / / AD D CR E AT I V E C OM M E NT / / C A L CU L A TI O NS O R L OG I C S E CT I O N , IN C L UD E S O U T P U T w h i l e( ! f in . eo f ( ) ) { + + c ou n t; // f il l i n p r o ce s s in g d a t a a nd s en d in g a l l p o s ti t iv e s t o y o u r o ut p u t f il e an d a n y v a lu e wi t h // wi t h a n e g at i v e a s e r r o r d a t a t o t h e s cr e e n } / / en d wh i le f i n . c lo s e () ; f o u t . cl o s e( ) ; / / S E TU P PO S T P R O C E SS I N G T O G E T A VE R A GE S O F T H E V A R IA B LE S A D D C R EA T IV E C O M ME N T S s ee i n s t ru c t io n 4 r e t u r n 0 ; } / / E N D M A IN C opyright © 2012 P earson E ducation, Inc. D ata set x F -1 25 -2 10 -19 -2 5 25 -4 -45 3 15 2 -60 19 -50 7 44 LA B #13 R eading a file, first tim e-U SE TEM PLATE 1. create data file: U se notepad and C reate a data file w ith your nam e as part of the file nam e, exam ple robbinsdata.txt w ith sets of values given in your group to you as on the left, w hich are positions (up.dow n +/-) and spring Forces and spring reaction forces on a m ass on a spring. B e sure you hit the return key after the last entry