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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.
Mfumo wa VISIR hutoa mazingira rahisi extraordinarily ambayo wanafunzi wanaweza kujenga na mtihani mizunguko tofauti.
Siku hizi Kusadifisha kiowevu mienendo ya magari ni sehemu ya lazima ya maendeleo ya gari. Lengo la jaribio hili ni kutoa misingi ya michakato ya kiufundi.
Ni muundo wa nishati katika RLC majaribio, ambapo uhusiano wa awamu kwa vijenzi binafsi, yaani resistor R, inductor L na capacitor C inaweza kusomwa kwa heshima ya marudio.
Majaribio mbali inaweza kutumika kama maabara majaribio na kwa ajili ya mradi na kazi ya nyumbani.
LXI-VISIR kwa ajili ya mizunguko ya AC ni maabara mbali ambayo inaruhusu wanafunzi kuunda mizunguko mbalimbali na resistors (1 kohm na 10 kohm), capacitors na Kutokupatikana. Mzunguko wa ni powered na kazi jenereta na kipimo na oscilloscope na multilemeter.
Matukio ya tegemezi ya marudio katika mizunguko ya RLC ni msingi kwa ajili ya wote maandamano ya matukio katika umeme na electromagnetism na mizunguko na resonance matukio.
Vyanzo electrochemical vya nishati ya umeme ni vipengele muhimu kwa ajili ya vifaa mbalimbali. Vigezo mbili msingi wa chanzo yoyote ya volti electromotive mm ni muhimu – volti electromotive na upinzani ndani ya chanzo.
LXI-VISIR kwa ajili ya mizunguko ya DC ni kuundwa na kupelekwa na WebLab-Deusto misingi wa VISIR kubuni wote serial na sambamba mizunguko kutumia resistors nne (1 kohm na 10 kohm). Mzunguko wa ni powered na DC Kisahihishi (0-25V).
Acomputed tomography (CT) ni mbinu, ambayo picha mbili-dimensional ya mwili bila perturbing superposition wa miundo ya mwili inaweza zinazozalishwa.
Lengo la RCL hii ni kujifunza jinsi ya kutumia na oscilloscope. Usanifu wa oscilloscope na itakuwa ilivyoelezwa katika sehemu ya nadharia, matumizi yake inaweza kutekelezwa katika sehemu ya maabara.