int servoPin = 8;    //this is the pin where the servo will be connected, change for any digital pin
int servoPos = 2400;  //this value will be to set the servo position
                     //values range from 500 to 2500, and represent from 0 - 180 degrees.
                     //is actually time in micro-seconds to determine pulse size for the servo
                     
void setup(){
  //define the pins as an output
  pinMode(servoPin,OUTPUT);
}  

void loop(){
  //in this case we are using a for loop to ensure that we hit the position that we want to reach with the servo quickly
  //one pulse will move the servo only a little ways towards it's final destination, so we are doing 20

 for(int i=0;i<20;i++){
  digitalWrite(servoPin,HIGH);  //turn on the servo pin, i.e send 5V
  delayMicroseconds(servoPos);  //delay for the pulse length set in declarations
  digitalWrite(servoPin,LOW);  //turn servo pin back off to end the pulse
  delay(20);                   //you need to wait 15 - 20 milli-seconds between pulses, no more, no less, or the frequency will be too off
                              //this is important to know if you want to do something fancier within the code, like maybe pulse a few servo in the same loop
                              //you will need to compensate the delay to address the time it would take to go through the extra lines of code.
                              //it is usually easier to do them one at a time.
 } 
}