You may be a superSAIyan (very original), but I'm going to Kamekamehaa you tomorrow for thatIs planino a weird anagram of yours for piano lady
You may be a superSAIyan (very original), but I'm going to Kamekamehaa you tomorrow for thatIs planino a weird anagram of yours for piano lady
I already did - define avogadros lawYeah we should. Since you answered the last one, ask the next one
elements: hydrogen (water), oxygen (water) , carbon (pencils)Give three examples of each: compounds and elements found in the house.
Also a question for the OP, ...1996 (you know who you are). Have you studied for chemistry? and are all these answers you're giving purely from recalling or do you use the textbook for help?
Non metals: Fluorineelements: hydrogen (water), oxygen (water) , carbon (pencils)
compounds: acetic acid (vinegar - CH3COOH-), water (H20), carbon dioxide (CO2)
and yes, i'm genuinely answering from knowledge. and no, i'm not recalling, i'm understanding. they're 2 different things. i haven't studied in detail, but once i understand the main concepts, i don't find it difficult to answer (not trying to be cocky).
why'd u think that?
Which elements on the periodic table are the most reactive? (1 mark)
Wouldn't francium be a more reactive metal?Non metals: Fluorine
Metals: Caesium
Metal - FranciumNon metals: Fluorine
Metals: Caesium
Francium's radioactivity hinders it from being the least electronegative metal (so Caesium's the most electronegative), so I'm assuming this also hinders it from being the most reactive as well since Caesium is not radioactive. Francium is still one of the most reactive metals thoughWouldn't francium be a more reactive metal?
I think you mean Caesium's the least electronegative : If Francium's radioactivity stops it from being the least electronegative then wouldnt Caesium be least electronegative - NOT MOST ELECTRONEGATIVE. Metals generally have the tendency to lose electrons and are electropositive. I'm sure your school / expensive tutor would have taught you that.Francium's radioactivity hinders it from being the least electronegative metal (so Caesium's the most electronegative), so I'm assuming this also hinders it from being the most reactive as well since Caesium is not radioactive. Francium is still one of the most reactive metals though
eat a dickI think you mean Caesium's the least electronegative : If Francium's radioactivity stops it from being the least electronegative then wouldnt Caesium be least electronegative - NOT MOST ELECTRONEGATIVE. Metals generally have the tendency to lose electrons and are electropositive. I'm sure your school / expensive tutor would have taught you that.
I shouldn't be given any authority on this matter lol.Both of you guys should stop arguing. This is not a place for you to joke around/take out your anger on each other. Every post should be relevant to Chemistry and related queries or answers to given questions.
And no, it's Francium. Especially if nightweaver says so.
There is also a 7 marker unanswered from my previous post.
I believe this is right. Theoretically, francium is more reactive. In practical situations however, you would just use caesium.I shouldn't be given any authority on this matter lol.
In terms of the preliminary HSC course, you learn that the more electron shells there are, the further are the valence electrons from the nucleus so the more electropositive it becomes.
So theoretically, from what we have learnt at school, francium is more reactive than caesium.
okBoth of you guys should stop arguing. This is not a place for you to joke around
nightweaver066
Yeah I should write francium based on what I've learnt from school (and on here) instead of some magazine whilst waiting at a haircut place. I hope we do radioactivity in depth in year 12 thoughKimyia
Nope you don't really do it in depth other than nuclear decay and production and uses of radioisotopes.ok
Yeah I should write francium based on what I've learnt from school (and on here) instead of some magazine whilst waiting at a haircut place. I hope we do radioactivity in depth in year 12 though