![A fire whirl mixes flames from methanol doped with lithium to make red flames, and boric acid to make green flame. - Flow Visualization A fire whirl mixes flames from methanol doped with lithium to make red flames, and boric acid to make green flame. - Flow Visualization](https://www.flowvis.org/wp-content/uploads/2017/12/Andrew-Van-Der-Volgen-Get-Wet-Fall-2015.jpg)
A fire whirl mixes flames from methanol doped with lithium to make red flames, and boric acid to make green flame. - Flow Visualization
![Tried to make a Green Fire with Boric acid. I saw other people do this experiment online and the flame was much more vibrant. I used regular ethanol instead of methanol like Tried to make a Green Fire with Boric acid. I saw other people do this experiment online and the flame was much more vibrant. I used regular ethanol instead of methanol like](https://external-preview.redd.it/BfRhnaDyevkC8yaVyAgksrC8ypEUgSrz-jA5PVilrT0.png?format=pjpg&auto=webp&s=03cae79630ef04953cc671699670debdd5f729d9)
Tried to make a Green Fire with Boric acid. I saw other people do this experiment online and the flame was much more vibrant. I used regular ethanol instead of methanol like
![File:Soda-acid fire extinguisher for Class A fires; Aluminum, painted red; collar support attached to top; handle near collar; hose (41745f0f-9377-4960-9418-1981e63de536).jpg - Wikimedia Commons File:Soda-acid fire extinguisher for Class A fires; Aluminum, painted red; collar support attached to top; handle near collar; hose (41745f0f-9377-4960-9418-1981e63de536).jpg - Wikimedia Commons](https://upload.wikimedia.org/wikipedia/commons/9/9e/Soda-acid_fire_extinguisher_for_Class_A_fires%3B_Aluminum%2C_painted_red%3B_collar_support_attached_to_top%3B_handle_near_collar%3B_hose_%2841745f0f-9377-4960-9418-1981e63de536%29.jpg)