P = 1
For K = 1 to M
. P = P * N
Next K
PRINT "N raised to the power of M is "; P
The easiest way to do this is with a calculator. Anyway, the definitions are as follows. x to the power 1/2 is the square root of x, x to the power 1/3 is the cubic root of x, and in general, x to the power 1/n is the nth. root of x. If you also have a number other than one in the numerator: For example, to calculate x to the power 3/5 you first raise x to the power 3, then take the fifth root of the result. You can also do it the other way: first calculate the fifth root, then raise to the third power. In general, to calculate x to the power m/n, you take the nth root, then raise the result to the power m.
it depends on what m is.
it will be m to the power -2. assuming m as any variable.
Calculate the amount of potential energy required. Then divide by the power.
The "second power" means squared. "Squared" means multiplied by itself. Thus M to the second power = M times M.
#include <iostream> using namespace std; template <class T> T Raise(T m, int n) { T x = m; while( --n ) m*=x; return( m ); } int main() { cout<<"2 raised to the power of 3 is "<<Raise((int)2,3)<<endl; cout<<"1.6 raised to the power of 4 is "<<Raise((double)1.6,4)<<endl; return(0); }
ab*ac=ab+c consider the powers of 2. 22=4, 23=8, 22*23=32=23+2=25 when multiplying a number by itself, you raise its power by one. when multiplying a number by itself n times, you raise it to the power of n, so if you raise a number to the power n, then the seame number to the power m, then multiply these together you are multiplying n+m times
The name of the software that consists of slides is Powerpoint.
The easiest way to do this is with a calculator. Anyway, the definitions are as follows. x to the power 1/2 is the square root of x, x to the power 1/3 is the cubic root of x, and in general, x to the power 1/n is the nth. root of x. If you also have a number other than one in the numerator: For example, to calculate x to the power 3/5 you first raise x to the power 3, then take the fifth root of the result. You can also do it the other way: first calculate the fifth root, then raise to the third power. In general, to calculate x to the power m/n, you take the nth root, then raise the result to the power m.
it depends on what m is.
it will be m to the power -2. assuming m as any variable.
#include<iostream.h> #include<conio.h> #include<math.h> void main() { clrscr(); int m=3,n=2; int a; a=pow(m,n); cout<<a; getch(); }
Calculate the amount of potential energy required. Then divide by the power.
Lxih, 2200 mov c,m inxh mov a,m inxh cmp m jc l1 mov a,m dcr c jnz l2 inhx mov m,a hlt
The "second power" means squared. "Squared" means multiplied by itself. Thus M to the second power = M times M.
It is: m6 divided by m10 = m-4
50