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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.

Zaidi ya 16
Kemia
Taaluma ya udogo (Kia...
Panga kwa

Rating: 4.5 - 2 votes

Kujenga chembe nje protons, neutrons na elektroni, na kuona jinsi elementi, malipo, na mabadiliko ya molekuli. Kisha kucheza mchezo mtihani mawazo yako!

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Orbitals ya atomic ni kazi hisabati vinavyoelezea sifa za elektroni katika atomi. Kutumia maabara hii, utajifunza jinsi ya kujenga orbitals atomic kwa mujibu wa misingi mkuu kushiriki na wewe pia kuwa na uwezo wa taswira maumbo yao.

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Kuchunguza nini kinatokea katika ngazi ya Masi wakati mabadiliko awamu. Tatu kawaida kimwili majimbo ya jambo (pia huitwa awamu) ni imara, kioevu na gesi. Jambo kubadilisha awamu na Aidha au ya joto. Molekuli ni daima katika mwendo.

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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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Maabara ya viwango vya nishati ya hidrojeni NAAP inaanisha dhana ya jinsi quantum mechanics na mwanga kuhusiana kwa heshima ya atomi ya hidrojeni. Viwango vya nishati simulator inaruhusu mwingiliano nguvu na toleo wa mfano Bohr wa atomi moja ya hidrojeni.

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Maabara hii itakusaidia kujifunza jinsi ya kujenga molekuli isokaboni. Pia utaweza kuchunguza asili ya vifungo kati ya atomi na jinsi elektroni kuwekwa.

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Kuchunguza uhusiano kati ya kiasi cha gesi na na shinikizo la exerts kwenye mtungi wake. Uhusiano huu ni inajulikana kama sheria ya Boyle. Shinikizo la gesi na huelekea kupungua kama kiasi cha gesi kuongezeka.Malengo ya msingi ya maabara:1) ili kujifunza kuhusu Boyle wa sheria

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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 uhusiano kati ya joto ya gesi na na sauti yake. Hii ni kawaida inajulikana kama sheria ya Charles. Kiasi cha gesi na huelekea kuongeza kama kuongezeka kwa joto.Malengo ya msingi ya maabara:1) ili kujifunza kuhusu sheria ya Charles

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Kuchunguza uhusiano kati ya joto ya gesi na na shinikizo ni exerts kwenye mtungi wake. Hii ni kawaida inajulikana kama sheria ya mashoga-Lussac au Amontons' sheria ya shinikizo la joto. Kama joto ya gesi ya kuongezeka, shinikizo la exerts kwenye mtungi wake utaongezeka.