Simple Servo project for Beginners

1//Written By DKV 3-8-19, Servo tester//
2#include <Servo.h>
3Servo  servo1; //first servo attached to A0
4Servo servo2; //second servo attached to  A1
5
6int servoPos1 = 0; //starting positions for servos
7int servoPos2 =  0;
8
9void setup() {
10  servo1.attach(A0); //servo attaching pins (A0)
11  servo2.attach(A1); //servo attaching pins (A1)
12};
13
14void loop() {
15//SERVO  1
16  for(servoPos1 =0; servoPos1 < 180; servoPos1++) //When servo is a position  0, servo will rotate to 180 degrees (half rotation)
17  {
18    servo1.write(servoPos1);
19    delay(10);
20  };
21  
22  for(servoPos1 = 180; servoPos1 > 0; servoPos1--)  //When servo is a position 180, servo will rotate to 0 degrees (beginning position)
23  {
24    servo1.write(servoPos1);
25    delay(10);
26
27    
28//SERVO 2
29    for(servoPos2 =0; servoPos2 < 360; servoPos2++) //full rotation of servo
30    {
31      servo2.write(servoPos2);
32      delay(10);
33    };
34    for(servoPos2  = 360; servoPos2 > 0; servoPos2++) //full rotation back to starting position
35    {
36      servo2.write(servoPos2);
37      delay(20);
38    };
39  };
40};
41

1//Written By DKV 3-8-19, Servo tester//
2#include <Servo.h>
3Servo
4  servo1; //first servo attached to A0
5Servo servo2; //second servo attached to
6  A1
7
8int servoPos1 = 0; //starting positions for servos
9int servoPos2 =
10  0;
11
12void setup() {
13  servo1.attach(A0); //servo attaching pins (A0)
14
15  servo2.attach(A1); //servo attaching pins (A1)
16};
17
18void loop() {
19//SERVO
20  1
21  for(servoPos1 =0; servoPos1 < 180; servoPos1++) //When servo is a position
22  0, servo will rotate to 180 degrees (half rotation)
23  {
24    servo1.write(servoPos1);
25
26    delay(10);
27  };
28  
29  for(servoPos1 = 180; servoPos1 > 0; servoPos1--)
30  //When servo is a position 180, servo will rotate to 0 degrees (beginning position)
31
32  {
33    servo1.write(servoPos1);
34    delay(10);
35
36    
37//SERVO 2
38
39    for(servoPos2 =0; servoPos2 < 360; servoPos2++) //full rotation of servo
40
41    {
42      servo2.write(servoPos2);
43      delay(10);
44    };
45    for(servoPos2
46  = 360; servoPos2 > 0; servoPos2++) //full rotation back to starting position
47
48    {
49      servo2.write(servoPos2);
50      delay(20);
51    };
52  };
53};
54