18. Oh I get it. What is this: WordPress? It interprets greater-than & less-than signs for its own purposes, often truncating. Once more for the gipper:
#22 RBG, for future use, this method should still work for producing the < and > characters you wanted to use. Now I’ll expand the 4-character code combinations I used with spaces between the characters:
“& l t ;” & “& g t ;” minus the spaces = “<” & “>”
By the way, learning that bit of trivia only takes you further toward turning into Cliff Claven (especially if you repeat it frequently). Sorry about that
.
#14 Father, it’s a little odd that you challenged just about the only aspect of my silly little joke that’s completely defensible. As the thousands of physicists who regularly use the phrase “weapons-grade plutonium” will attest, it is not redundant.
Four secretaries might not be able to get magnesium to burn, but I know of one sculptor who succeeded. He confused a piece of magnesium bar stock with aluminum and fed it into a molten crucible of aluminum. The new foundry was much nicer than the one he burned to the ground.
This was just a propaganda piece by the magnesium industry trying to downplay the dangers of magnesium.
Anyone who understands the concept of heat transfer would know why they couldn’t light the ingots. The same experiments could be done using wood and have even poorer results getting a self sustaining flame. Does anyone discount the flammability of wood?
As pointed out above, it is the fine particles that are dangerous. The same as wood dust can be explosive and wood shavings readily catch fire.
#19. “Whats this World coming too.” Answer: 42
#20 So, what was the question, really?
18. Oh I get it. What is this: WordPress? It interprets greater-than & less-than signs for its own purposes, often truncating. Once more for the gipper:
“Plutonium is graded by proportion of Pu-240: weapons grade (less than 7%), fuel grade (7–19%) and reactor grade (greater than 19%).”
http://en.wikipedia.org/wiki/Isotopes_of_plutonium
To prove that I don’t know everything, I’ll admit now that I have no idea what the fear of fearing you’re turning into Cliff Claven is called.
RBG
#21. I have to think about that, get back to ya.
#22 RBG, for future use, this method should still work for producing the < and > characters you wanted to use. Now I’ll expand the 4-character code combinations I used with spaces between the characters:
“& l t ;” & “& g t ;” minus the spaces = “<” & “>”
By the way, learning that bit of trivia only takes you further toward turning into Cliff Claven (especially if you repeat it frequently). Sorry about that
.
#14 Father, it’s a little odd that you challenged just about the only aspect of my silly little joke that’s completely defensible. As the thousands of physicists who regularly use the phrase “weapons-grade plutonium” will attest, it is not redundant.
#19: We are not a news site.
#22: Those characters are interpreted as html code, so, as Gary said in 25, you have to enter the code combos.
#4 No because that’d be terrorism. Education like that is not PC these days.
#13 Indeed.
#14 No, is not.
Probably a magnesium industry film, not a high school one.
Mary’s my favorite. For some reason, all of their blouses look like preggo blouses. Excuse me, “with child” or “expecting” blouses.
Sooo… THAT’s how milk of magnesium gets rid of heart burn.
#29 I thought you were going the extra mile and ask if that’s how milk of magnesium was made
Four secretaries might not be able to get magnesium to burn, but I know of one sculptor who succeeded. He confused a piece of magnesium bar stock with aluminum and fed it into a molten crucible of aluminum. The new foundry was much nicer than the one he burned to the ground.
This was just a propaganda piece by the magnesium industry trying to downplay the dangers of magnesium.
Anyone who understands the concept of heat transfer would know why they couldn’t light the ingots. The same experiments could be done using wood and have even poorer results getting a self sustaining flame. Does anyone discount the flammability of wood?
As pointed out above, it is the fine particles that are dangerous. The same as wood dust can be explosive and wood shavings readily catch fire.