Well, might as well have some fun! (Since our "leaders" will not do it, might as well let Freepers have some fun!)
Step 1: Go to the High yield detonation effects simulator website at:Nuclear weapons effect simulator
Step 2: Next, Tab down to the Latitude, Longitude field and enter 28.82628,50.88727
Step 3: Enter your nuclear weapon yield.
Note:
1 = approx (@) 1 kiloton (kt) explosion, i.e. small, tactical nuclear weapon (>SADM, >davie crockett);
9= @10KT a medium tactical nuclear weapon (dial a yield 155mm/8" artillery shell, W80 warhead, non-boosted B61) Note: half the size of Nagasaki bomb, 3/4 size of Hiroshima bomb;
99= 100KT a small strategic nuclear weapon such as the W76 warhead (or boosted tactical nuke);
500= @500 kt or one-half of a Megaton (MT). Note: Most strategic nuclear weapons are between @300kt (W87) and @500kt (w88) today;
999= 1000kt or one Megaton (1MT). Most mid cold war weapons were in the Megaton range;
9999= 10 MT- Very large nuclear weapon (Titan II missile carried 9 MT W53 warhead);
15000= 15 MT- Castle Bravo test. Largest US nuclear test explostion. Note: Some estimates say 22MT!;
25000= 25 MT (B41 nuclear bomb) the highest yield US nuclear weapon in service. Now retired;
50000= 50 MT - Tsar Bomba Soviet test. 50 MT. Largest ever nuclear explosion;
99999= 100MT Theoretical yield limit of boosted Tsar Bomba.
Step 4: Enjoy "nuking" other locations. ("Drop" a 100 MT nuke (99999kt) your house by typing in your home address)!
Enjoy!
Useful web based graphic tool for predicting nuclear bomb damage.
Ping to post # 96.
Note:
1 = approx (@) 1 kiloton (kt) explosion, i.e. small, tactical nuclear weapon (>SADM, >davie crockett);
9= @10KT a medium tactical nuclear weapon (dial a yield 155mm/8” artillery shell, W80 warhead, non-boosted B61) Note: half the size of Nagasaki bomb, 3/4 size of Hiroshima bomb;
99= 100KT a small strategic nuclear weapon such as the W76 warhead (or boosted tactical nuke);
500= @500 kt or one-half of a Megaton (MT). Note: Most strategic nuclear weapons are between @300kt (W87) and @500kt (w88) today;
999= 1000kt or one Megaton (1MT). Most mid cold war weapons were in the Megaton range;
9999= 10 MT- Very large nuclear weapon (Titan II missile carried 9 MT W53 warhead);
15000= 15 MT- Castle Bravo test. Largest US nuclear test explostion. Note: Some estimates say 22MT!;
25000= 25 MT (B41 nuclear bomb) the highest yield US nuclear weapon in service. Now retired;
50000= 50 MT - Tsar Bomba Soviet test. 50 MT. Largest ever nuclear explosion;
99999= 100MT Theoretical yield limit of boosted Tsar Bomba.
Step 4: Enjoy “nuking” other locations. (”Drop” a 100 MT nuke (99999kt) your house by typing in your home address)!
LETS GO WITH A NEW WORLD RECORD.