Kyauta Mai Ƙididdige Dokar Ohm

Yadda Yake Aiki

Wannan mai lissafta yana gudana gaba ɗaya a burauzarka babu ɗakunan karatu na waje — yana amfani da ka'idar Ohm (V = IR) da alaƙar ƙarfi (P = VI) a hankaci, yana rufe dukkan haɗuwa shida na sanannen-biyu/wanda ba a sani ba-biyu don ka iya shigar da kowace ƙima biyu ka samu ɗayan biyun nan take.

1. 1
   Shigar da kowace ƙima biyu

   Cika kowace biyu daga cikin filaye huɗu — voltage, current, resistance, ko power. Kowace filin yana da mai zaɓen prefix na SI (mV/V/kV, µA/mA/A, Ω/kΩ/MΩ, mW/W/kW) don ka aiki a naúrar da ta dace da bangaren ka, ba naúrorin asali ba.
2. 2
   Girmata prefix da nazari

   Yayin da kake bugawa, kayan aikin yana ninka lambarka da zaɓaɓɓen adadi na prefix (misali 4.7 kΩ ta zama 4700 Ω a ciki). Sannan yana ƙidaya nawa filaye suke da ƙimomi masu inganci cikakke kuma yana ba da ƙimomin naúra na asali ga mai warwarewa.
3. 3
   Warwarewa mai hankali a duk haɗuwa shida na shigarwa

   Wani aikin solve() da aka rubuta da hannu yana duba wace ƙima biyu suka sani kuma yana zaɓen daidai ka'idar daga haɗuwa shida masu yiwuwa: V+I, V+R, V+P, I+R, I+P, da R+P. Yanayin R+P yana amfani da tushen murabba'i (√(P×R)) don gano voltage tukuna, sannan yana samo current. Shigarwar rabawa-da-sifili kamar resistance sifili ko voltage sifili tare da power marar-sifili suna samar da saƙonnin kuskure na musamman maimakon NaN.
4. 4
   Rushewar ka'ida da kwafi

   Sakamako yana bayyana nan take a filaye biyu da aka samo, kowanne yana nuna ainihin ka'idar da aka yi amfani da ita tare da lambobinka a ciki (misali, V² / R = 12² / 470). Wani maɓallin kwafi yana rubuta dukkan sakamako huɗu a matsayin rubutu sauƙi zuwa clipboard ta Clipboard API na burauza.

Kayan Aiki Masu Alaƙa