void page2() {
  String t = "Step 2";
  textFont(myboldfont, 18);
  text(t, 30, 110);
  textFont(myfont, 18);

  if (aStudy.testvalue>0) {
    if (aStudy.k == 0) {
      generateGraph(0, true, 1);
      image(pg, 400, 150);

      t = "Since the right-tailed value equals the total probability, which is 1, minus the left-tailed value:";
      drawStrings(t, 30, 140, 25);

      t = "1-" + critical[s] + " = " + nf(1-critical[s], 1, 4);
      text(t, 180, 190);
      t = "1-" + critical[s+1] + " = " + nf(1-critical[s+1], 1, 4);
      text(t, 180, 220);

      t = "Therefore, the right-tailed p-value of "+ nf(aStudy.testvalue, 1, 4) + " (in green) is between " + nf(1-critical[s+1], 1, 4)  
        + " and " +  nf(1-critical[s], 1, 4);
      drawStrings(t, 30, 250, 25);
    }
    else if (aStudy.k == 2) {
      generateGraph(0, true, 1);
      image(pg, 400, 150);
      generateGraph(2, true, 2);
      image(pg, 450, 260);

      t = "Since the right-tailed value equals the total probability, which is 1, minus the left-tailed value:";
      drawStrings(t, 30, 140, 25);

      t = "1-" + critical[s] + " = " + nf(1-critical[s], 1, 4);
      text(t, 180, 190);
      t = "1-" + critical[s+1] + " = " + nf(1-critical[s+1], 1, 4);
      text(t, 180, 220);

      t = "The right-tailed p-value of "+ nf(aStudy.testvalue, 1, 4) + " (in green) is between " + nf(1-critical[s+1], 1, 4)  
        + " and " +  nf(1-critical[s], 1, 4);
      drawStrings(t, 30, 250, 25);

      t = "Multiply that by two, we get the two-tailed value:";
      text(t, 30, 280);

      t = "2*" + nf(1-critical[s], 1, 4) + " = " + nf(2*(1-critical[s]), 1, 4);
      text(t, 180, 310);
      t = "2*" + nf(1-critical[s+1], 1, 4) + " = " + nf(2*(1-critical[s+1]), 1, 4);
      text(t, 180, 340);

      t = "Therefore, the two-tailed p-value of " + nf(aStudy.testvalue, 1, 4) + " (in blue) is between "  + nf(2*(1-critical[s+1]), 1, 4)+ " and "
        +nf(2*(1-critical[s]), 1, 4) ;
      drawStrings(t, 30, 380, 25);
    }
    else {
      generateGraph(1, true, 1);
      image(pg, 200, 170);

      t = "Therefore, the left-tailed p-value of " + nf(aStudy.testvalue, 1, 4) + " (in green) is between " + critical[s] + " and " + critical[s+1];
      drawStrings(t, 30, 140, 25);
    }
  }
  else {
    if (aStudy.k == 0) {
      generateGraph(0, false, 2);
      image(pg, 200, 170);

      t = "Therefore, the right-tailed p-value of " + nf(aStudy.testvalue, 1, 4) + " (in blue) is also between " + critical[s] + " and " + critical[s+1];
      drawStrings(t, 30, 140, 25);
    }
    else if (aStudy.k == 1) {
      generateGraph(0, true, 1);
      image(pg, 400, 150);
      generateGraph(1, false, 2);
      image(pg, 200, 280);

      t = "Since the right-tailed value equals the total probability, which is 1, minus the left-tailed value:";
      drawStrings(t, 30, 140, 25);

      t = "1-" + critical[s] + " = " + nf(1-critical[s], 1, 4);
      text(t, 180, 190);
      t = "1-" + critical[s+1] + " = " + nf(1-critical[s+1], 1, 4);
      text(t, 180, 220);

      t = "The right-tailed value of " + nf(abs(aStudy.testvalue), 1, 4) + " (in green) is between " + nf(1-critical[s+1], 1, 4)  + " and " 
        +  nf(1-critical[s], 1, 4);
      drawStrings(t, 30, 250, 25);

      t = "Therefore, the left-tailed value of " + nf(aStudy.testvalue, 1, 4) + " (in blue) is also between " + nf(1-critical[s+1], 1, 4)  + " and " 
        +  nf(1-critical[s], 1, 4);
      drawStrings(t, 30, 380, 25);
    }
    else {
      generateGraph(0, true, 1);
      image(pg, 400, 150);
      generateGraph(2, true, 2);
      image(pg, 450, 260);

      t = "Since the right-tailed value equals the total probability, which is 1, minus the left-tailed value:";
      drawStrings(t, 30, 140, 25);

      t = "1-" + critical[s] + " = " + nf(1-critical[s], 1, 4);
      text(t, 180, 190);
      t = "1-" + critical[s+1] + " = " + nf(1-critical[s+1], 1, 4);
      text(t, 180, 220);

      t = "The right-tailed p-value of "+ nf(abs(aStudy.testvalue), 1, 4) + " (in green) is between " + nf(1-critical[s+1], 1, 4)  
        + " and " +  nf(1-critical[s], 1, 4);
      drawStrings(t, 30, 250, 25);

      t = "Multiply that by two, we get the two-tailed value:";
      text(t, 30, 280);

      t = "2*" + nf(1-critical[s], 1, 4) + " = " + nf(2*(1-critical[s]), 1, 4);
      text(t, 180, 310);
      t = "2*" + nf(1-critical[s+1], 1, 4) + " = " + nf(2*(1-critical[s+1]), 1, 4);
      text(t, 180, 340);

      t = "Therefore, the two-tailed p-value of " + nf(aStudy.testvalue, 1, 4) + " (in blue) is between "  + nf(2*(1-critical[s+1]), 1, 4)+ " and "
        +nf(2*(1-critical[s]), 1, 4) ;
      drawStrings(t, 30, 380, 25);
    }
  }

  t = "THE END. Click the right arrow for a new problem";
  text(t, 150, 450);

  leftarrow.setVisible(true);
  rightarrow.setVisible(true);
}