• Indra Handoyo Widiarto
  • Yushardi Yushardi
  • Trapsiolo Prihandono


The material of world oil has been scarce and it make the source of mineral and
energy department issued of the nationality energy policy, one of step is verification
energy, that is to be increasing variety usage the alternative energy like coal, gas and new
energy. The briquette coal is alternative energy from fossil and blended with waster or
tapioca flour. In usage briquette coal get in stove coal briquette the process burned using
help air gap at stove coal briquette. With assumption at the wide of air gap stove briquette
coal large, so the flame more than large. The purpose of this analysis is to examine
influence of air rapid about the Efficiency Time of boiling water. The analysis steps: the
collecting material and tools that will be use for analysis. After that weighing the coal and
then briquette heating until appearance the good quality fire then set of pain which is
contain 1 liter water with air gap in stove coal briquette 16 cm2. Next when the water was
boiled, make no the time of boiling water. And then, change the water with new water and
air gap to be large. The influence of air gap at stove coal briquette about Efficiency time of
boiling water is time quickly to need briquette for boiling water. The time quicker for coal
briquette in boiled 1 liter water is 10 minutes with wide gap 56 cm2 and air rapid line 0,4
m/s. the conclusion is that the air gap opened wide in the process burning can be make fast
process of burning and efficiency time of boiling water can be optimum. Because of gap
was opened. Wide air and oxygen get reaction with fire until can be make fast the rapid of
burning. More that wide gap in stove coal briquette, so oxygen more that bigger, with the
high fire more that faster in the process boiling water. And the grade of efficiency time
more than faster

How to Cite
WIDIARTO, Indra Handoyo; YUSHARDI, Yushardi; PRIHANDONO, Trapsiolo. PENGARUH LUAS CELAH UDARA PADA KOMPOR BRIKET BATUBARA TERHADAP EFISIENSI WAKTU PENDIDIHAN AIR. JURNAL PEMBELAJARAN FISIKA, [S.l.], v. 1, n. 3, p. 294-299, feb. 2021. ISSN 2721-1959. Available at: <>. Date accessed: 30 sep. 2023. doi:

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