Matsalolin da aka Magance a fannin Fizik na Asali

1. Dangane da hoton da ke ƙasa, idan radius na lanƙwasa wayar ya kai cm 50, a ƙayyade girman filin maganadisu a tsakiyar lanƙwasa (a wuri na 0, duba hoton da ke ƙasa). (µ _o = 4π.10 ^-7 Wb.A ^-1 m ^-1 )

An sani:

Radius (r) = 50 cm = 0.5 m

Wutar lantarki (I) = 1.5 Ampere

Ruwan da ke shiga cikin injin (µ _o ) = 4π.10 ^-7 Wb.A ^-1 m ^-1

Ana so: Girman filin maganadisu

Karin bayani

3 EMF Mai Haɗakar da Wutar Lantarki - Matsaloli da Magani

1. An maye gurbin na'urar da wani na'urar da ke da madaukai sau biyu na madaukai na farko kuma saurin canjin kwararar maganadisu yana nan daram. A ƙayyade rabon emf na farko da na ƙarshe da aka haifar.

An sani:

Madaukai na farko (N) = 1

Madaukai na ƙarshe (N) = 2

Yawan canjin kwararar maganadisu ta farko (ΔØ _B / Δt) = ƙimar canjin kwararar maganadisu ta ƙarshe (ΔØ _B / Δt)

Karin bayani

1. Idan R ₁ = 2 Ω, R ₂ = 4 Ω, R ₃ = 6 Ω, ƙayyade kwararar wutar lantarki a cikin da'irar da ke ƙasa.

An sani:

Tsayayya 1 (R₁) = 2 Ω

Resistor 2 (R2 ₎ = 4 Ω

Resistor 3 (R ₃ ) = 6 Ω

Tushen emf 1 (E ₁ ) = 9 V

Tushen emf 2 (E ₂ ) = 3 V

Karin bayani

1. Dangane da lissafin da ke ƙasa na amsawar haɗuwa , ƙayyade kuzarin da aka samar a cikin amsawar haɗuwa!

Magani

Karin bayani

1. Dangane da hoton da ke ƙasa, ƙayyade wutar lantarki ta hanyar R1_.

An sani:

Resistor 1 (R ₁ ) = 4 Ω

Resistor 2 (R ₂ ) = 4 Ω

Resistor 3 (R ₃ ) = 8 Ω

Ƙarfin wutar lantarki (V) = Volts 40

Karin bayani

Raƙuman inji guda 3 (Lokacin Mita na Tsawon Lokaci Gudun raƙuman) - Matsaloli da Magani

1. Kwalaye biyu suna kan ƙofofin raƙuman ruwa . Dukansu suna motsawa sama da ƙasa a saman teku sau 20 cikin daƙiƙa 4. Idan nisan kwalaye biyu ya kai santimita 100 kuma a tsakaninsu, akwai kwalaye biyu da kuma kwalaye ɗaya, a ƙayyade mitar raƙuman ruwa da saurin raƙuman ruwa.

An sani:

Dukansu murhu suna saman raƙuman ruwa kuma tsakanin murhu biyu, akwai magudanar ruwa guda biyu da kuma ƙwallo ɗaya (duba hoto). Don haka, akwai raƙuman ruwa guda biyu tsakanin murhu biyu.

Karin bayani

Diffraction ta hanyar rami ɗaya - matsaloli da mafita

1. Haske mai tsawon nisan nm 500 yana ratsawa ta cikin rami mai faɗin mm 0.2. Tsarin diffraction akan allo mai nisan santimita 60. Kayyade tazara tsakanin matsakaicin tsakiya da mafi ƙarancin na biyu.

An sani:

Karin bayani

1. Ƙayyade cajin da ke cikin capacitor C ₅.

An sani:

Capacitor 1 (C ₁ ) = 6 F

Capacitor 2 (C ₂ ) = 6 F

Capacitor 3 (C ₃ ) = 3 F

Capacitor 4 (C ₄ ) = 12 F

Capacitor 5 (C ₅ ) = 6 F

Wutar lantarki (V) = Volt 12

Karin bayani

Gwajin da Young ya yi na raba biyu - matsaloli da mafita

1. d shine nisan da ke tsakanin ramuka 2, L shine nisan da ke tsakanin tsaga da allon kallo, P ₂ shine nisan da ke tsakanin gefen tsari na biyu da tsakiyar allon. Kayyade tsawon haske (1 Å = 10 ^-10 m).

An sani:

Nisa tsakanin ramuka biyu (d) = 1 mm = 1 x 10 ^-3 m

Nisa tsakanin tsagewa da allon kallo (L) = 1 m

Nisa tsakanin gefen da ke jere na biyu da gefen da ke tsakiya (P2 ₎ = 1 mm = 1 x 10 ^-3 m

Umarni (n) = 2

Karin bayani

1. Wani abu mai siffar silinda mai zurfi (I = m R ² ) yana motsawa don birgima ba tare da zamewa sama da wani jirgin sama mai karkata mai saurin farko na 10 m/s ba. Jirgin saman da aka karkata yana da kusurwar ɗagawa θ tare da tan θ = 0.75. Idan hanzarin nauyi g = 10 ms ^-2 , saurin abu ya ragu zuwa 5 ms ^-1 to nisan da ke kan jirgin saman da aka karkata na abu shine…

An sani:

Lokacin inertia na silinda mai rami (I) = m R ²

Girman girma = θ , inda tan θ = 0.75 = 75/100 = opp / adj

Sin θ = opp / hyp = 75/125 = 3/5 = 0.6

Saurin gudu saboda nauyi (g) = 10 m/s ²

Saurin farko (v _o ) = 10 m/s

Saurin ƙarshe (v _t ) = 5 m/s

Karin bayani