Start accept 7 number calculate sum print sum stop
Expressed in Roman numerasl 11000 is (XI) which means 1000*11 = 11000
Eleven thousand
Roman Numeral for: 10000= X with horizontal bar above it 1000=M Therefore: ............_ 11000= XM
There are many methods of generating pseudorandom numbers. Some of them are middle square (not very good), Mersenne twister, linear congruential generator (one the oldest used in math libraries, but subject to sequential corellation artifacts), and cryptographically secure generators.
11000
Start accept 7 number calculate sum print sum stop
Expressed in Roman numerasl 11000 is (XI) which means 1000*11 = 11000
Eleven Thousand and 00./100 cents.
11000
To write a C++ program to display the student details using class and array of object.
Eleven thousand
Roman Numeral for: 10000= X with horizontal bar above it 1000=M Therefore: ............_ 11000= XM
1.1 x 10^4
you do this 10 print "0112358132134" use the whole of the thing
You are going about this backwards. First, define the program. Second, describe its algorithm. Third, if needed, write pseudo code. (Sometime, algorithm and pseudo code is the same process.) Fourth, or third, write real code.
It doesn't. Pseudo code isn't a programming language, it is just there to give an idea of how you could write a program.