This means that the bank will use prime (currently 3%) minus .8% which is 2.2% at the moment. If Bank of Canada increase overnight lending from 1% to 1.25% come September 7th (this will be the next scheduled announcement), then you would be paying 2.45% interest rate.

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Nuclear warheads are currently headed for the united states. after a fierce gun battle, jack bauer and a ctc associate successfully reached the site from which interceptor missiles can be launched to destroy these warheads. unfortunately, his colleague was killed by a terrorist after the launch codes had been calculated. even more unfortunately, the fatal bullet also eradicated one digit in the calculation. jack knows the launch codes were computed by multiplying 1995^8 by a prime number known only to his now deceased colleague. he has the piece of paper with the launch code minus one digit. the paper reads: 21768482385545700038 x 50002542578125 = 1995^8 * p ...where the x indicates the digit eliminated by the bullet. can you determine the missing digit for jack? by the way, the missiles must be launched within five minutes.

1995 = 3*5*7*19, so our number is a multiple of 3^8. In particular, it is a multiple of 9 so the sum of its digits must add up to a multiple of 9. The digits add up to 132 without the X. X=3 will bring the total up to 135 which is a multiple of 9. Punch in 21768482385545700038350002542578125 and fire away.

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I did my homework i just want to check if my answers are right- 1) for this set of numbers: 3,0,2,5,2,4,1,3,0,3 -- find the: a. mode b. mean c. median d. range 2) if 8 + 5 x = 23, what is x? 3) (x divided by 3) + 7 = 15. what is x? 4) ( 8 times x ) minus 17 = 2 x + 25, what is x? 5) substitute the values into expressions and calculate the answers. e = 3, f = negative 6, g = 5. a. 6e (f - g) b. g squared minus 3 squared 6) there are 7 cards. each has a number on it- 6, 1, 4, 8, 2, 12, 5 a card is chosen at random. what is the porbability of choosing a. 5 b. an odd number c. a multiple of 4 d. a number more than 2 e. a prime number f. a square number 7) a shirt costs 95 dollars. there is a 20% discount. a. what is 20% of 95? b. how much does the shirt cost with discount? 8) there is a box containing 300 apples. 21 have gone bad/rotten. a. how much percent of the apples have gone bad? b. how much percent is okay? 9) a recipe for 10 pancakes- 300 ml milk, 120 g flour and 4 eggs. how much quantity of each ingredient would you need for 5 pancakes? 10) john and jenny must share 250 dollars in the ratio 7 : 3 ( john : jenny ) how much does john get and how much does jenny get? 11) simply the following ratios a. 7 : 28 b. 18 : 12 12) convert the following .. a. 450 centimetres to metres b. 7.2 kilometres to miles c. 11kg to grams d. 40 000 ml to liters e. 50 cm to mm 13) a. the area of a rectangle is 6 cm squared it is enlarged by a square factor of four. what is the new area? b. a trapezium is enlarged by a square factor of three. the new area is 45 cm squared what was the old area before enlargement? thank you sooo much everyone (: xxx

1) a 3 b 2.3 c 2.5 d 5 2) x=3 3) x=24 4) x=7 5) a -198 b 16 6) a 1/7 b 2/7 c 3/7 d 4/7 e 2/7 f 2/7 7) a 19 dollars b 76 dollars 8) a 7 percent b 93 percent 9) 150:60:2 10) 175:75 11) a 1:4 b 3:2 12) a 4.5 metres b 4.5 miles c 11000 gr d 40 litres e 500 mm 13) a 96 cm squared b 5 cm squared

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1) how to write user defined functions and add it to the library in c language? i need it for dev c++ and g++ /linux compiler. 2) i have found a step by step approach for this , but its pretty confusing.is there any mistake or correction in this , do correct the same. *******xxxxxxxxxxx********** let us now see how to add user-defined functions to the library. different compilers provide different utilities to add/delete/modify functions in the standard library. for example, turbo c/c++ compilers provide a utility called ‘tlib.exe’ (turbo librarian). let us use this utility to add a function factorial( ) to the library. given below are the steps to do so: (a) write the function definition of factorial( ) in some file, say ‘fact.c’. int factorial ( int num ) { int i, f = 1 ; for ( i = 1 ; i <= num ; i++ ) f = f * i ; return ( f ) ; } (b) compile the ‘fact.c’ file using alt f9. a new file called ‘fact.obj’ would get created containing the compiled code in machine language. (c) add the function to the library by issuing the command c:>tlib math.lib + c:fact.obj ("""""&quo t;""where to execute this command , either in run or in turbo c++""""") here, ‘math.lib’ is a library filename, + is a switch, which means we want to add new function to library and ‘c:fact.obj’ is the path of the ‘.obj’ file. (d) declare the prototype of the factorial( ) function in the header file, say ‘fact.h’. this file should be included while calling the function. (e) to use the function present inside the library, create a program as shown below: #include "c:fact.h" main( ) chapter 5: functions & pointers 199 { int f ; f = factorial ( 5 ) ; printf ( "%d", f ) ; } (f) compile and execute the program using ctrl f9. if we wish we can delete the existing functions present in the library using the minus ( - ) switch. instead of modifying the existing libraries we can create our own library. let’s see how to do this. let us assume that we wish to create a library containing the functions factorial( ), prime( ) and fibonacci( ). as their names suggest, factorial( ) calculates and returns the factorial value of the integer passed to it, prime( ) reports whether the number passed to it is a prime number or not and fibonacci( ) prints the first n terms of the fibonacci series, where n is the number passed to it. here are the steps that need to be carried out to create this library. note that these steps are specific to turbo c/c++ compiler and would vary for other compilers. (a) define the functions factorial( ), prime( ) and fibonacci( ) in a file, say ‘myfuncs.c’. do not define main( ) in this file. (b) create a file ‘myfuncs.h’ and declare the prototypes of factorial( ), prime( ) and fibonacci( ) in it as shown below: int factorial ( int ) ; int prime ( int ) ; void fibonacci ( int ) ; (c) from the options menu select the menu-item ‘application’. from the dialog that pops us select the option ‘library’. select ok. (d) compile the program using alt f9. this would create the library file called ‘myfuncs.lib’. that’s it. the library now stands created. now we have to use the functions defined in this library. here is how it can be done. (a) create a file, say ‘sample.c’ and type the following code in it. #include "myfuncs.h" main( ) { int f, result ; f = factorial ( 5 ) ; result = prime ( 13 ) ; fibonacci ( 6 ) ; printf ( "n%d %d", f, result ) ; } note that the file ‘myfuncs.h’ should be in the same directory as the file ‘sample.c’. if not, then while including ‘myfuncs.h’ mention the appropriate path. (b) go to the ‘project’ menu and select ‘open project…’ option. on doing so a dialog would pop up. give the name of the project, say ‘sample.prj’ and select ok. (c) from the ‘project’ menu select ‘add item’. on doing so a file dialog would appear. select the file ‘sample.c’ and then select ‘add’. also add the file ‘myfuncs.lib’ in the same manner. finally select ‘done’. (d) compile and execute the project using ctrl f9.

User-defined functions for what framework?