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DOI: h ps://10.5281/zenodo.17664950
METHODOLOGY FOR USING INTERACTIVE METHODS
IN PHYSICS LESSONS
Shoimo An a Mama izaye ich
Associa e P o esso , Depa men o Pedagogy,
In e na ional Inno a i e Uni e si y
Xujaqulo a Yulduzxon Jamolo na
Independen Resea che ,
Qa shi S a e Uni e si y
ABSTRACT
In e ac i e eaching app oaches in physics a e inc easingly ecognized as
essen ial o imp o ing concep ual unde s anding, mo i a ion, and lea ne
compe encies. This s udy explo es he in eg a ion o pee ins uc ion, PhET
simula ions, inqui y-based p oblem-sol ing, and he 5E lea ning cycle in o seconda y
school physics in Uzbekis an. A quasi-expe imen al design was employed o measu e
hei impac on s uden achie emen and a i udes. The indings demons a e ha
in e ac i e ins uc ion signi ican ly ou pe o ms adi ional me hods. The s udy also
discusses con ex ual ac o s a ec ing implemen a ion and p o ides ecommenda ions
o eache s and educa ional policymake s.
Keywo ds: physics educa ion, in e ac i e lea ning, pee ins uc ion, PhET, 5E
model, inqui y-based lea ning.
1. INTRODUCTION
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Physics educa ion plays a cen al ole in shaping s uden s’ scien i ic li e acy,
logical easoning, and p oblem‑sol ing abili ies. Howe e , esea ch shows ha many
s uden s expe ience physics as a di icul and abs ac subjec , la gely due o adi ional
eaching p ac ices ha emphasize o mula memo iza ion o e concep ual
unde s anding. In many class ooms, eache s emain he p ima y sou ce o in o ma ion,
while s uden s play a passi e ole. This educes mo i a ion and limi s he de elopmen
o meaning ul knowledge s uc u es.
In e na ional s udies highligh he impo ance o ac i e pa icipa ion in science
lea ning. When s uden s p edic ou comes, es hei ideas, engage in discussions, and
e lec on eedback, hey cons uc mo e obus and ans e able unde s anding. These
p inciples o m he basis o in e ac i e engagemen . Recen educa ional e o ms in
Uzbekis an simila ly emphasize he de elopmen o c i ical hinking, communica ion,
and ICT- ela ed skills. In e ac i e me hods align na u ally wi h hese goals.
Despi e hese e o ms, lec u e‑based eaching emains dominan ac oss many
schools. Teache s o en epo challenges such as limi ed esou ces, lack o
me hodological aining, and cu iculum p essu e. Consequen ly, he e is a s ong need
o p ac ical, e idence‑based ins uc ional models ha in eg a e in e ac i e echniques
in o physics lessons while emaining easible in o dina y class oom condi ions.
The p esen s udy e alua es an in eg a ed in e ac i e me hodology applied o
G ade 8–9 physics classes. The ocus is no only on academic pe o mance bu also on
lea ne mo i a ion, engagemen , and he de elopmen o compe encies equi ed by
mode n educa ion s anda ds.
2. LITERATURE REVIEW
2.1 In e ac i e engagemen in physics
In e ac i e engagemen e e s o eaching s a egies ha equi e s uden s o
ac i ely p ocess new in o ma ion h ough p edic ion, discussion, expe imen a ion, and
e lec ion. Resea ch by Hake (1998) demons a es ha in e ac i e engagemen
p oduces signi ican ly highe concep ual gains han adi ional ins uc ion. The cen al
eason is ha in e ac i e lea ning a ge s misconcep ions—deeply oo ed inco ec
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ideas ha p e en accu a e unde s anding. Such misconcep ions o en pe sis e en a e
con en ional ins uc ion because s uden s a ely a icula e hei hinking openly.
In e ac i e me hods encou age s uden s o e balize easoning, con on
al e na i e iewpoin s, and e ise ini ial assump ions. This aligns wi h cons uc i is
lea ning heo y, which s a es ha knowledge is ac i ely buil a he han passi ely
ansmi ed. In physics, whe e many concep s con adic e e yday in ui ion, his
app oach is especially e ec i e.
2.2 Pee ins uc ion
Pee ins uc ion is one o he mos esea ched in e ac i e app oaches. I in ol es
posing concep ual ques ions, collec ing answe s, allowing s uc u ed pee discussion,
and hen e‑polling he class. This cycle s eng hens unde s anding because s uden s
mus explain and jus i y hei hinking. Nume ous s udies con i m ha pee ins uc ion
enhances bo h concep ual accu acy and communica ion skills. Addi ionally, i p o ides
con inuous o ma i e assessmen , enabling eache s o adjus ins uc ion based on
eal‑ ime da a.
2.3 PhET simula ions
PhET simula ions p o ide dynamic, isual ools ha model physical phenomena.
They a e pa icula ly aluable o eaching in isible o abs ac p ocesses such as
elec ic cu en , ield lines, wa e mo ion, and a omic in e ac ions. Resea ch shows ha
simula ions a e mos e ec i e when pai ed wi h inqui y‑based wo kshee s, p edic ion
asks, and eache ‑guided e lec ion. S uden s using simula ions o en exhibi highe
mo i a ion and sel ‑e icacy, especially hose who s uggle wi h adi ional
ma hema ical ep esen a ions.
2.4 The 5E model
The 5E ins uc ional model—Engage, Explo e, Explain, Elabo a e, E alua e—
s uc u es lessons a ound he na u al p ocesses o scien i ic inqui y. I encou ages
cu iosi y, suppo s hands‑on explo a ion, and p o ides oppo uni ies o concep ual
e inemen . S udies consis en ly show ha he 5E model imp o es p oblem‑sol ing,
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c i ical hinking, and long‑ e m e en ion o physics concep s. The model aligns well
wi h compe ency‑based educa ion amewo ks.
2.5 The Uzbek con ex o compe ency‑based lea ning
Uzbekis an’s na ional cu iculum emphasizes compe encies such as analy ical
hinking, collabo a ion, c ea i i y, and ICT li e acy. Howe e , su eys e eal ha he
ansi ion o compe ency‑based ins uc ion is slow. Common obs acles include
ou da ed eaching ma e ials, limi ed access o digi al esou ces, and insu icien eache
aining. In eg a ing in e ac i e me hods such as pee ins uc ion and PhET simula ions
o e s a ealis ic pa hway owa d b idging his gap.
3. METHODS
The s udy employed a quasi‑expe imen al design in ol ing ou seconda y school
classes. Two classes o med he expe imen al g oup ecei ing in e ac i e ins uc ion,
while he emaining wo se ed as he con ol g oup. Bo h g oups we e augh by he
same physics eache o educe eache ‑ ela ed a iabili y. The in e en ion las ed one
academic e m. Da a collec ion consis ed o p e/pos concep ual es s, lea ne
mo i a ion su eys, class oom obse a ions, and s uden in e iews.
The in e ac i e ins uc ion package included pee ins uc ion cycles, s uc u ed
PhET explo a ion ac i i ies, p oblem‑based g oup asks, and 5E‑model lesson
planning. The con ol g oup ollowed he s anda d ex book‑based app oach wi h
eache explana ions and independen sea wo k.
4. RESULTS
The expe imen al g oup achie ed no iceably highe concep ual gains on
pos ‑ es s, pa icula ly in mechanics and elec ici y opics. A e age es imp o emen
was app oxima ely 33 pe cen age poin s, compa ed wi h 14 poin s in he con ol g oup.
S uden s in he in e ac i e g oup demons a ed imp o ed abili y o in e p e g aphs,
cons uc explana ions, and apply physics laws o no el scena ios.
Mo i a ion su eys e ealed inc eased in e es , con idence, and enjoymen in
physics among s uden s exposed o in e ac i e lessons. Class oom obse a ions
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indica ed g ea e pa icipa ion, mo e equen ques ioning, and highe le els o
collabo a ion.
Compe ency de elopmen was e iden in communica ion skills, digi al li e acy,
and g oup p oblem‑sol ing beha iou . S uden s engaged mo e con iden ly in
discussions and demons a ed imp o ed accu acy in concep ual easoning.
5. DISCUSSION
In e ac i e engagemen shi s esponsibili y o lea ning owa d he s uden . The
ac o easoning aloud, p edic ing ou comes, and e ising ideas s eng hens neu al
connec ions and enhances long‑ e m e en ion. The esul s o his s udy echo global
esea ch con i ming ha in e ac i e me hods imp o e concep ual mas e y.
The in eg a ion o simula ions and inqui y‑based asks suppo s mul iple lea ning
s yles— isual, e bal, and kines he ic—making physics mo e accessible. Pee
in e ac ion also builds social‑emo ional compe encies, such as communica ion,
coope a ion, and espec o di e ing iewpoin s. These skills e lec he compe encies
ou lined in Uzbekis an’s educa ional e o ms.
Howe e , widesp ead adop ion o in e ac i e me hods equi es a ge ed eache
aining, imp o ed access o ICT esou ces, and g adual modi ica ion o assessmen
sys ems o p io i ize easoning o e memo iza ion.
6. Conclusion and Recommenda ions
The indings demons a e ha in e ac i e eaching me hods signi ican ly enhance
physics lea ning ou comes and suppo he de elopmen o essen ial 21s ‑cen u y
compe encies. To ensu e b oade implemen a ion, he ollowing ecommenda ions a e
p oposed:
• Teache s should g adually inco po a e pee ins uc ion and simula ion‑based
ac i i ies.
• Schools should in es in basic ICT ools and ensu e access o o line simula ion
esou ces.
• P o essional de elopmen p og ams should include aining in he 5E model and
inqui y‑based ins uc ion.
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• Assessmen s should e alua e concep ual easoning a he han he memo iza ion
o o mulas.
By emb acing in e ac i e me hods, seconda y schools can be e p epa e s uden s
o highe educa ion, echnological ca ee s, and in o med ci izenship.
REFERENCES:
1. Hake, R. R. (1998). In e ac i e-engagemen e sus adi ional me hods. *Ame ican
Jou nal o Physics, 66*(1), 64–74.
2. Mazu , E. (1997). *Pee ins uc ion: A use ’s manual*. P en ice Hall.
3. Pe kins, K., Adams, W., Dubson, M., Finkels ein, N., & Wieman, C. (2006). PhET
simula ions o science lea ning. *The Physics Teache , 44*(1), 18–23.
4. Banda, H., & Nsanja, P. (2022). Impac o PhET simula ions. *Heliyon, 8*(12).
5. Polanin, J. (2024). E ec s o he 5E model. *AERA Open, 10*(1).
6. Uzbekis an Minis y o Educa ion. (2021). *Compe ency-based physics
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