1 coulomb = 6.24(10)18 electrons Avogadro’s Number: 6.022(10)23 Density of water at 4°C (maximum density) = 1 g/mL = 1g/cm3 = 1000
Download ReportTranscript 1 coulomb = 6.24(10)18 electrons Avogadro’s Number: 6.022(10)23 Density of water at 4°C (maximum density) = 1 g/mL = 1g/cm3 = 1000
1 coulomb = 6.24(10)18 electrons Avogadroβs Number: 6.022(10)23 Density of water at 4°C (maximum density) = 1 g/mL = 1g/cm3 = 1000 kg/m3 = 8.33 lbs/gal πΆπ π»2π = 4180 π½ ππ β πΆ 1L = 0.001m3 = 1.0567quarts = 0.264gal = 61.02in3 1 pound = 16 ounces = 453.592 grams Conductivity Sensor Reactions: 2πΆπ βππ πΆπ2 (π) + 2π β and 1 gal = 0.1337 ft3 = 3.785 L 1 inch = 25.4 mm 2π»2 0(π) + 2π β 1 foot = 12 inches β π»2 (π) + 2ππ»(ππ) Atomic Weights: Na = 23.0 g/mol, Cl = 35.5 g/mol, C = 12.0 g/mol, H = 1.0 g/mol, O = 16.0 g/mol π = πβπΏ π΄ πΌ= Volume of Cylinder = π 2 β π 1 π 1 π2 β π1 π β ππππππ‘ππ 2 4 β βπππβπ‘ π β πΌ β π‘ = π β πππ β πΆπ β βπ βπΈ = π β π /*****************************************************************************/ /* A partial listing of commands recognized by the LCD is provided below. */ /* See the data sheet for the LCD on the Parallax web site for more details. */ /* Serial.write(8) - move cursor one space left */ /* Serial.write(9) - move cursor one space right */ /* Serial.write(10) - move cursor down one line */ /* Serial.write(12) - clear screen and move cursor to top left */ /* Serial.write(13) - carriage return (will wrap if on last line) */ /* Serial.write(17) - turn backlight on */ /* Serial.write(18) - turn backlight off */ /* Serial.write(21) - turn display off */ /* Serial.write(22) - turn display on, cursor off, no blink */ /* Serial.write(23) - turn display on, cursor off, character blink */ /* Serial.write(24) - turn display on, cursor on, no blink (default) */ /* Serial.write(25) - turn display on, cursor on, character blink */ /* Serial.write(128) moves the cursor to row 0 and position 0 */ /* row and position commands are shown below for all 80 character positions */ /* ROW 0: 128=(0,0) 129=(0,1) 130=(0,2) 131=(0,3) 132=(0,4) */ /* 133=(0,5) 134=(0,6) 135=(0,7) 136=(0,8) 137=(0,9) */ /* 138=(0,10) 139=(0,11) 140=(0,12) 141=(0,13) 142=(0,14) */ /* 143=(0,15) 144=(0,16) 145=(0,17) 146=(0,18) 147=(0,19) */ /* ROW 1: 148=(1,0) 149=(1,1) 150=(1,2) 151=(1,3) 152=(1,4) */ /* 153=(1,5) 154=(1,6) 155=(1,7) 156=(1,8) 157=(1,9) */ /* 158=(1,10) 159=(1,11) 160=(1,12) 161=(1,13) 162=(1,14) */ /* 163=(1,15) 164=(1,16) 165=(1,17) 166=(1,18) 167=(1,19) */ /* ROW 2: 168=(2,0) 169=(2,1) 170=(2,2) 171=(2,3) 172=(2,4) */ /* 173=(2,5) 174=(2,6) 175=(2,7) 176=(2,8) 177=(2,9) */ /* 178=(2,10) 179=(2,11) 180=(2,12) 181=(2,13) 182=(2,14) */ /* 183=(2,15) 184=(2,16) 185=(2,17) 186=(2,18) 187=(2,19) */ /* ROW 3: 188=(3,0) 189=(3,1) 190=(3,2) 191=(3,3) 192=(3,4) */ /* 193=(3,5) 194=(3,6) 195=(3,7) 196=(3,8) 197=(3,9) */ /* 198=(3,10) 199=(3,11) 200=(3,12) 201=(3,13) 202=(3,14) */ /* 203=(3,15) 204=(3,16) 205=(3,17) 206=(3,18) 207=(3,19) */ /*****************************************************************************/