Put the cursor on the first character of the line you want after the new entry line. Then Press 2ND INS, (above DEL), and then press ENTER.
-1
line = raw_input("Enter the plaintext") line1=raw_input("Enter the plaintext ") line2=raw_input("Enter the plaintext ") split =len(line)/2.0 split=round(split, 0) split=int(split) line = line[split:] + line[:split] line = line.replace("E", "o") line = line.replace("O", "e") line = line.replace("YAR", "ray") line = line.replace("RAY", "yar") split =len(line2)/2.0 split=round(split, 0) split=int(split) line2 = line2[split:] + line2[:split] line2 = line2.replace("E", "o") line2 = line2.replace("O", "e") line2 = line2.replace("YAR", "ray") line2 = line2.replace("RAY", "yar") split =len(line1)/2.0 split=round(split, 0) split=int(split) line1 = line1[split:] + line1[:split] line1= line1.replace("E", "o") line1= line1.replace("O", "e") line1= line1.replace("YAR", "ray") line1= line1.replace("RAY", "yar") print line.lower() print line1.lower() print line2.lower()
they were famous for building roads that went in a straight line (how weird!!!)
.model small .stack 100 .data line1 db 03,12,15,14,01 avg db ? .code mov ax,@data mov ds,ax lea si,line1 mov cx,0005h mov al,00+1 l1:add al,[si] inc si loop l1 mov ah,00h mov bh,05h div bh mov [si],al mov ah,4ch int 21h end
For alternating current, and assuming the supply transformer is properly grounded, you will have 240 volts to ground. 480 volts; single phase will have Line1 and Line2, both with 240 to ground and 480 across both Lines : three phase will have Line1, Line2, and Line3, all will have 240 to ground, and 480 across any two Lines. Same is true for 240 volt service, 120 to ground and 240 across. 120 volt service is 240 volt service using ground as neutral.
When power and line1 led is glowing modem status is OK when power and Pma led is glowing that means local lead is break. when power and pma is glowing but line 1 is blinking that means earth in local lead
Identify the neutral wire on the generator. This will be the unused conductor to run the compressor. The ground and line1, line 2 are all that are needed.
Tanka typically does not have a specific rhyme scheme, while haiku does not have a rhyme scheme at all. Tanka focuses on syllable count and line structure, while haiku emphasizes a 5-7-5 syllable pattern.
Assume:55 lines per page80 characters per line1 byte of data per character(500 pages) x (55 lines/page) x (80 char/line) = 2,200,000 charactersAt 1 byte per character, that's2 MB plus 95 KB. (rounded)
This word stand for Line1 <<>> On electrical equipment the terminal L1 is where the placement of the supply conductor is terminated. On three phase equipment, the terminals are identified as L1, L2 and L3. On an electrical magnetic contactor these terminals will be located on the top of the device. The terminations on the bottom of the device where the load is connected are designated T1 and again for a three phase equipment the designation would be T1, T2 and T3.
Phone lines using the RJ11 jack (the phone jack) have 4 wires...Colors of those are black yellow red and green. The Red(tx) and Green(rx) are for LINE1 (which is the primary phone number, usually) The Yellow(Tx) and Black(Rx) lines are for LINE2 (Which is for the secondary phone line, which most Phone services do not include in their standarized packages).
where the type of rhyme goes: Line 1 & 2: Both the end words rhyme Line 2 & 3: Both the end words rhyme E.T.C Until; On the Last 4 lines: Line1 rhymes with Line 3 & Line 2 rhymes with line 4 ___________Rhyme1 ___________Rhyme1 ___________Rhyme2 ___________Rhyme 2 ____________Rhyme3 __________Rhyme4 ___________Rhyme3 ____________Rhyme4