APPOLYCET 2026 College predictor

AP POLYCET 2026 College Predictor

AP POLYCET 2026 College Predictor

This AP Polycet 2026 College Predictor software has been developed by Dr. P. V. Yeswanth, Lecturer in ECE, Government Polytechnic Parvathipuram, with the aim of guiding and supporting students in making well informed choices during their admissions process. The predictions are based on last ranks from AP POLYCET 2025 and are intended to help students to identify the college options that align with their AP POLYCET rank. This predictor is provided solely for guidance and informational purposes. The predicted results do not guarantee admission or seat allotment. Actual allotments may vary depending on AP POLYCET 2026 counselling, seat availability, reservation policies, local area, category, and other rules prescribed by the competent authority. Candidates are advised to refer to the official AP POLYCET 2026 counselling notification and exercise their web options accordingly.


AP POLYCET 2026 Web Counselling Guidance


© 2026 Dr. P. V. Yeswanth
Government Polytechnic Parvathipuram

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DWBP (Full Tally)

Date:

Notes (Issuable / Soiled)

DenominationIssuableSoiled
₹500
₹200
₹100
₹50
₹20
₹10
₹5

Coins (Issuable only)

DenominationCount
₹20
₹10
₹5
₹2
₹1

Total Issuable:0

Total Soiled:0

Closing Balance:0

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AP POLYCET 2025 College Predictor

This AP Polycet 2025 College Predictor software has been developed by Dr. P.V. Yeswanth, Lecturer in ECE, Government Polytechnic Parvathipuram, with the aim of guiding and supporting students in making well informed choices during their admissions process. The predictions are based on last ranks from AP POLYCET 2024 and are intended to help prospective students identify potential college options that align with their AP POLYCET ranks. APPOLYCET College Predictor








Eligible Colleges



AP Polycet web counselling guidance

Keil software programs

Program 1

 org 00h

ljmp main

org 8100h

main:

mov a,#55

mov a,55h

mov a,r0

mov a,@r0

here:sjmp here


Program 2

org 00h

ljmp main

org 8100h

main:

MOV A,#55H ;load A with value 55H

MOV 40H,A ;copy A to RAM location 40H

MOV 41H,A ;copy A to RAM location 41H

  MOV 42H,A  

xx: SJMP xx


Program 3

org 00h

ljmp main

org 8100h

main:

MOV A,#55H ;load A with value 55H

MOV R0,#40H ;load the pointer. R0=40H

MOV @R0,A ;copy A to RAM R0 points to

INC R0 ;increment pointer. Now R0=41h

MOV @R0,A ;copy A to RAM R0 points to  

xx: SJMP xx


Program 4 - LED Blink 

org 00h

ljmp main

org 8100h

main:

MOV A,#55H ;load A with value 55H

back: MOV P1,A

ACALL DELAY

CPL A

ACALL DELAY

SJMP BACK

DELAY: MOV R0,#0FFH

MOV R1,#0FFH

MOV R2,#0FFH

L1: DJNZ R0,L1

L2: DJNZ R1,L2

L3: DJNZ R2,L3

RET

Program 5- Port data transfer

org 00h
ljmp main
org 8100h
main:
MOV A,#0FFH ;load A with value FFH
MOV P1,A
back: MOV A,P1
MOV P2,A
SJMP BACK

Program 6- LED_ON_OFF using embedded C

#include <reg51.h>
#defind LED P2;

void main(void)
{
P1=00; //clear P1
P2=0; //clear P2
for (;;) //repeat forever
{
P1++; //increment P1
P2++; //increment P2
}

}


Program 7- Time dealy using Timer

MOV TMOD,#01 ;Timer 0, mode 1(16-bit mode)

HERE: MOV TL0,#0F2H ;TL0=F2H, the low byte
MOV TH0,#0FFH ;TH0=FFH, the high byte
CPL P1.5 ;toggle P1.5
            ACALL DELAY
SJMP HERE

DELAY:
SETB TR0 ;start the timer 0
AGAIN: JNB TF0,AGAIN ;monitor timer flag 0
;until it rolls over

CLR TR0 ;stop timer 0
CLR TF0 ;clear timer 0 flag
RET




Real time temperature analysis using Node MCU, Things speak, Arduino IDE, LM35

 #include "ThingSpeak.h"

#include <ESP8266WiFi.h>
const int LM35 = A0;
//----------- Enter you Wi-Fi Details---------//
char ssid[] = "Your WIFI name"; //SSID
char pass[] = "Your WIFI password"; // Password
//-------------------------------------------//

WiFiClient  client;

unsigned long myChannelNumber = 2330518; // Channel ID here
const int FieldNumber = 1;
const char * myWriteAPIKey = "UGPA60UT6W30KA3E"; // Your Write API Key here

void setup()
{
  Serial.begin(115200);
  WiFi.mode(WIFI_STA);
  ThingSpeak.begin(client);
}
void loop()
{
  if (WiFi.status() != WL_CONNECTED)
  {
    Serial.print("Attempting to connect to SSID: ");
    Serial.println(ssid);
    while (WiFi.status() != WL_CONNECTED)
    {
      WiFi.begin(ssid, pass);
      Serial.print(".");
      delay(5000);
    }
    Serial.println("\nConnected.");
  }
  int ADC;
  float temp;
  ADC = analogRead(LM35);  /* Read Temperature */
  temp = (ADC * 3); /* Convert adc value to equivalent voltage */
  temp = (temp / 10); /* LM35 gives output of 10mv/°C */
  Serial.print("Temperature = ");
  Serial.print(temp);
  Serial.println(" *C");
  delay(1000);
  ThingSpeak.writeField(myChannelNumber, FieldNumber, temp, myWriteAPIKey);
  delay(1000);
}