Okonkwo was called so because of his great power and fury.
Okonkwo is called "roaring flame" because he is known for his fiery temperament, strong determination, and aggressive nature. His personality is compared to a flame that burns brightly and fiercely, reflecting his passionate and intense character.
In "Things Fall Apart," Okonkwo's clan refers to him as "Roaring Flame." This name reflects his fiery and passionate nature, as well as his reputation for being a strong and influential member of the community.
The blue flame is called a roaring flame and the yellow flame is called the safety flame.
the colour of the roaring flame is blue
to change from a safety flame to a roaring flame you would fully open the air hole.
safety flame
The Blue Flame Will Be Noisier. The Yellow Flame Is Called A Safety Flame Because Everyone can See it. There Are Two Blue Flames: Medium Roaring The Roaring Flame Has A Blue Cone In The Middle Of The Flame And It Is The Hottest. It Also Has More Oxygen. But Overall, The Blue Flames Will Be Noisier Than The Yellow Flame.
The narrator and characters often compare Okonkwo to fire, he even has the nickname around town as the "Roaring Flame." For Okonkwo, fire is a symbol of boundless potency, life, and masculinity. However on realizing his complete disappointment in his son Nwoye, Okonkwo has the realization that "Living fire begets cold, impotent ash." Like fire, Okonkwo sees his own progeny as impotent.
No. The blue flame is called the roaring flame because it makes a sort of hissing sound, it is also not called the safety flame because it emits very little light so it is a hazard. It is a hazard because you can not see it very well so it is dangerous.
the 'roaring' flame - which is the one when the oxygen valve is open.
A roaring flame indicates that the air inlet is open too far and should be closed slightly.
When set to a roaring flame, there are what looks like cones of different shades of blue and orange. The hottest part of the flame, when set to roaring, is at the tip of the blue cone.
Oxidation