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.
It is not possible to answer the question because different books number number the laws differently.
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.
The work done to raise the crate is given by the formula W = mgh, where m is the mass of the crate, g is the acceleration due to gravity, and h is the height raised. In this case, W = (200 kg)(9.81 m/s^2)(2 m) = 3924 J. The power required is P = W/t, so P = 3924 J / 4 s = 981 W.
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.