B. W. Stevenson was born on October 5, 1949.
W=wrought p=pipe b=bend
import java.io.*; class CatToDog { protected byte words(String xs) { byte a=0; for(byte i=0;i<xs.length();i++) { if(xs.charAt(i)==' ') a++; } return (byte)(a+1); } protected static void main()throws IOException { BufferedReader in=new BufferedReader(new InputStreamReader(System.in)); CatToDog o=new CatToDog(); System.out.print("Enter the String: "); String s=in.readLine(); byte a=o.words(s),b=0,c=0; String w[]=new String[a]; for(;b<a;b++) w[b]=""; for(b=0;b<s.length();b++) { if(s.charAt(b)==' ') c++; else w[c]+=s.charAt(b); } for(b=0;b<a;b++) { if(w[b].equalsIgnoreCase("Cat")) System.out.print("Dog "); else System.out.print(w[b]+" "); } }}
The answer is D. Why is it 1000W? How did you get that answer?
distance b/w 2 supports is clear span. then c/c dis b/w 2 supports is eff span
connect the neutral point of the star (secondary) to u phase of primary, and now apply voltage to primary and measure the voltage between V&R, W&B, V&Y and V&B. when you measure voltage b/w 1. V&R the voltage must be maximum, 2. W&B Should be minimum and 3. voltage between V&Y and V&B should be same U.V&W are primary (Delta) R,Y&B are secondary (Star)
B. W. Stevenson was born on October 5, 1949.
John W. Stevenson was born on 1812-05-04.
A. W. B. Simpson was born in 1931.
W. B. Gallie was born in 1912.
W. B. Maxwell was born in 1866.
W. B. Hopkins was born in 1871.
W. B. Keckler was born in 1966.
W. A. B. Douglas was born in 1929.
W. A. B. Coolidge was born in 1850.
John W. Stevenson died on 1886-08-10.
W. B. Henning was born on August 26, 1908.
W. B. Goodwin was born on 1866-10-07.