@@nunyabezwackz because they all poured it at the same time, so they took different amounts of time to react. That’s why it would make sense for the concentrations to be different for the timing to work
@@nunyabezwackz different amount of sodium thiosulfate causes the clock reaction to happen at different times. The first beaker had the most thiosulfate hence it having the quickest reaction time out of all.
Hey! I'm looking for info on how to do this iodine clock demo too; did you ever figure it out/have notes? It would be great if we could chat about this at thomashdang@yahoo.com
Amazingly like 90% accurate.
That was pretty amazing
You must have fine-tuned the concentration of the reagents in each beaker!
What makes you think that?
@@nunyabezwackz because they all poured it at the same time, so they took different amounts of time to react. That’s why it would make sense for the concentrations to be different for the timing to work
@@nunyabezwackz different amount of sodium thiosulfate causes the clock reaction to happen at different times. The first beaker had the most thiosulfate hence it having the quickest reaction time out of all.
@@cookric awsome thanks for information..love my TH-cam pals!
No shit Sherlock
can we get the formula for the each solution! Thank you so much!
That's impressive
That's cool
INITIAL APPEARANCE: Blue rocks.
OBSERVATIONS: The water turns black over time.
TYPE OF CHANGE: Chemical
CLUE: Colour change
bruh
Please; can you write the scales? what did you add for this reaction? and what is the rate?
Hey! I'm looking for info on how to do this iodine clock demo too; did you ever figure it out/have notes? It would be great if we could chat about this at thomashdang@yahoo.com
@@thomasdang4860 hi friend
Science chics rule!
I need concentration plz
Hi, we are thinking about using it our TV Program. Could you please kindly reply?
Uhhhh. Russian Dance? Like the woooba doooba?