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Tumia
Weka upya

Maabara mtandaoni yanawapa wanafunzi wako uwezekano wa kuendesha majaribio ya kisayansi katika mazingira ya mtandaoni. Maabara yanayoendeshwa kwa mbali (maabara ya mbali) yanakupa fursa ya kujaribu mitambo halisi kutoka sehemu za mbali. Maabara ya mtandaoni yanapatia uhai mtambo ya kisayansi. Mipangilio ya data inawasilisha data kutoka katika majaribio ya maabara yaliyofanywa awali. Tafadhali tumia vichujio kwenye upande wa kulia ili kupata maabara mtandaoni yanayofaa darasa lako. Maabara yanaweza kuunganishwa kwa Programu tumizi maalum ili kuunda Nafasi za Kusoma za Kiulizio(ILSs).

Ikiwa unatafuta maabara ya mtandaoni hasa yanafaa kwa somo la Benin, Kenya au Nigeria, tafadhali tembelea ukurasa wetu wa Makusanyo.

Kama umeteua maabara kwa Norwegian Bokmål, maelezo kwenye tovuti hii yataonyeshwa bado kwa Kiingereza. Hata hivyo, wakati utajumuisha maabara katika ILS na kubadilisha mpangizo wa lugha wa ILS hadi Norwegian Bokmål, maabara yataonyeshwa kwa Norwegian Bokmål ndani ya ILS.

Kinorwiji cha Bokmål
Zaidi ya 16
Kemia
Mageuzi ya nishati
Panga kwa

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Atomi yote ya kipengele ni sawa? Je, unawezaje kuwaambia Isotopi moja kutoka kwa mwingine? Kutumia sim ya kujifunza kuhusu isotopes na jinsi wingi inahusiana na atomia wastani wa kipengele.

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Wakati molekuli wote wanavutiwa kwa kila mmoja, Vivutio baadhi ni imara zaidi kuliko wengine. Molekuli visivyo polar wanavutiwa kupitia London utawanyiko kivutio; molekuli ya Polar wanavutiwa kupitia London utawanyiko nguvu na mvuto wa dipole-dipole imara.

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Kuchunguza jukumu la joto katika kiwango cha Ukaushaji wa dutu. Ukaushaji ni mchakato wa dutu kueneza kutoka chanzo chake. Molekuli kuvuka kupitia hoja ya Masi ya nasibu. Ukaushaji daima kinachotokea, hata wakati mfumo inaonekana wamefikia Msawazo, kwa sababu molekuli ni daima kusonga.

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Je unashangaa jinsi gesi na chafu huathiri hali ya, au kwa nini tabaka la ozone ni muhimu? Matumizi sim kuchunguza jinsi mwanga kuingiliana molekuli katika mazingira yetu.

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Kuchunguza uhusiano kati ya kiasi cha gesi na shinikizo ni hutoa TS kwenye kontena yake. Uhusiano huu hujulikana kama sheria ya Boyle. Shinikizo la gesi huelekea kupungua kama kiasi cha gesi huongezeka.Malengo ya msingi ya maabara:1) kujifunza kuhusu sheria ya Boyle

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Kuchunguza shinikizo katika kiwango cha atomic. Kila jambo ni alifanya juu ya atomi, ambayo yanafanya molekuli. Atomi na molekuli hizi ni daima katika mwendo. Wakati atomi na molekuli zilizomo, tunaweza kupima kiasi cha shinikizo la wao kuweka kwenye kontena hilo.

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Kuchunguza jukumu la joto katika kiwango cha Ukaushaji wa dutu. Ukaushaji ni mchakato wa dutu kueneza kutoka chanzo chake. Molekuli kuvuka kupitia hoja ya Masi ya nasibu. Ukaushaji daima kinachotokea, hata wakati mfumo inaonekana wamefikia Msawazo, kwa sababu molekuli ni daima kusonga.

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Kuchunguza nafasi ya Misa ya molekuli heshima yake kiwango cha Ukaushaji. Ukaushaji ni mchakato wa dutu kueneza kutoka chanzo chake. Molekuli kuvuka kupitia hoja ya Masi ya nasibu. Ukaushaji daima kinachotokea, hata wakati mfumo inaonekana wamefikia Msawazo, kwa sababu molekuli ni daima kusonga.