Xalqaro birliklar tizimi – SI
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Xalqaro Birliklar Tizimi kattaliklarining o‘lchamliklari.
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119
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KATTALIK
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w w w . O r b i t a . U z : I l m i y – o m m a b o p a d a b i y o t l a r t u r k u m i d a n .
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№
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Nomlanishi
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Aniqlovchi formula
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O‘lchamligi
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1.
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Akustik qarshilik
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q=vS, Za=p/q
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L–4MT–1
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2.
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Aylanish chastotasi
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n=1/T
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T–1
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3.
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Bosim
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p=F/S
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L–1MT–2
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4.
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Bosimning harorat koefitsienti
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∆𝑝
𝛽 =
𝑝0∆𝑇
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Θ–1
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5.
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Burchak tezlanish
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ε=ω /t
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T–2
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6.
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Burchak tezlik
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ω=α/t
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T–1
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7.
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Chiziqli kengayishning harorat koefitsienti
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∆𝑙
𝛼 =
𝑙0∆𝑇
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Θ–1
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8.
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Diffuziya koefitsienti
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∆𝑚∆𝑙
𝐷 =
𝑆∆𝑡∆𝜌
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L2T–1
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9.
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Dinamik qovishqoqlik
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𝐹∆𝑙
𝜇 =
𝑆𝑣
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L–1MT–1
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10.
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Elektr kuchlanish
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U=P/I
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L2MT–3I–1
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11.
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Elektr maydon kuchlanganligi
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E=U/l
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LMT–3I–1
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12.
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Elektr miqdori
|
Q=It
|
TI
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13.
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Elektr o‘tkazuvchanlik
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g=1/R
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L–2M–1T3I2
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14.
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Elektr qarshilik
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R=U/I
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L2MT–3I–2
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15.
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Elektr sig‘imi
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C=Q/V
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L–2M–1T4I2
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16.
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Elektr toki zichligi
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δ=I/S
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L–2I
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17.
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Elektr zaryadning sirt zichligi
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σ=Q/S
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L–2TI
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18.
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Elektrokimyoviy ekvivalent
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k=m/Q
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MT–1I–1
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19.
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Faol quvvat
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P=A/t
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L2MT–3
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20.
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Hajm, sig‘im
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V=lbh
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L3
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21.
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Hajmiy kengayishning harorat koefitsienti
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∆𝑉
𝛽 =
𝑉0∆𝑇
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Θ–1
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22.
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Impuls (harakat miqdori)
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p=mv
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LMT–1
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23.
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Impuls momenti
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L=mvr=pr
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L2MT–1
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24.
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Induktivlik
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L=Φ/I
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L2MT–2I–2
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25.
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Inertsiya momenti
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I=mr2
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L2M
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26.
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Ish
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A=Fs
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L2MT–2
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27.
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Issiqlik miqdori
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Q=A
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L2T–2
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28.
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Issiqlik o‘tkazuvchanlik
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λ=Ql/TSt
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LMT–3Θ–1
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29.
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Issiqlik oqimi
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Φ=Q/t
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L2MT–3
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30.
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Issiqlik sig‘imi
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C=Q/∆T
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L2MT–2Θ–1
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31.
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Kinematik qovushqoqlik
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v=μ/ρ
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L2T–1
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32.
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Kinetik energiya
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Ek =mv2/2
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L2MT
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33.
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Kuch impulsi
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I=Ft
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LMT–1
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34.
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Kuch momenti
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M=Fr
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L2MT–2
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35.
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Kuch, og‘irlik
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F=ma
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LMT–2
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36.
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Magnit induktsiyasi
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B= Φ/S
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MT–2I–1
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37.
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Magnit maydon kuchlanganligi
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H=In/l
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L–1I
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38.
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Magnit oqimi
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Φ=Qr
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L2MT–2I–1
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39.
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Magnit yurituvchi kuch
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F=nl
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I
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40.
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Maydon
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S=lb
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L2
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41.
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Maydon berilgan nuqtasining elektr potentsiali
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V=A/Q
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L2MT–3I–1
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42.
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Mexanik kuchlanish
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σ= F/S
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L–1MT–2
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43.
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Mutlaq dielektrik singdiruvchanlik
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εa=D/E
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L–3M–1T4I2
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www.Orbita.Uz kutubxonasi
| | | | | | | |
Xalqaro birliklar tizimi – SI
| | | | | | | |
Xalqaro Birliklar Tizimi kattaliklarining o‘lchamliklari.
(davomi)
| | | | | | |
120
|
| |
KATTALIK
| | | | | | |
| | | | | | | |
w w w . O r b i t a . U z : I l m i y – o m m a b o p a d a b i y o t l a r t u r k u m i d a n .
|
| |
№
|
Nomlanishi
|
Aniqlovchi formula
|
O‘lchamligi
| | | |
| |
44.
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Mutlaq magnit singdiruvchanlik
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μa=B/H
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LMT–2I–2
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45.
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Nurlanish dozasi
(yutilgan nurlanish dozasi)
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Dn=W/m
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L2T–2
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46.
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Nurlanish dozasi quvvati
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Pn=Dn/t
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L2T–3
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47.
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Nurlanish intensivligi
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I=W/St
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MT–3
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48.
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Optik kuch
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D=1/F
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L–1
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49.
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Potentsial energiya
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Ep =mgh
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L2MT
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50.
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Qattiqlik
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k=F/∆l
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MT–2
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51.
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Quvvat
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N=A/t
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L2MT–3
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52.
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Radioaktiv manbadagi nuklid faollogi (izotop faolligi)
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A=n/t
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T–1
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53.
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Ravshanlik
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B=J/S
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L–2J
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54.
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Reaktiv quvvat
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Q= IU sin φ
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L2MT
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55.
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Sirt tarangligi.
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σ= F/l
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MT–2
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56.
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Solishtirma elektr qarshilik
|
ρ= 𝑅 𝑆
𝑙
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L3MT–3I–2
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57.
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Solishtirma bug‘lanish issiqligi
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r=Q/m
|
L2T
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58.
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Solishtirma elektr o‘tkazuvchanlik
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σ=1/R
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L–3M–1T3I2
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59.
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Solishtirma erish issiqligi
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λ=Q/m
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L2T
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60.
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Solishtirma gaz doimiysi
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B=R/M
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L2T–2Θ–1
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61.
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Solishtirma issiqlik sig‘imi
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c=Q/∆Tm
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L2T–2Θ–1
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62.
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Solishtirma og‘irlik
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γ=P/V
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L–2MT–2
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63.
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Solishtirma yonish issiqligi
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q=Q/m
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L2T
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64.
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Tebranish chastotasi
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v=1/T
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T–1
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65.
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Tezlanish
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a=v/t
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LT–2
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66.
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Tezlik
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v=s/t
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LT–1
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67.
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To‘la quvvat
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S=IU
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L2MT
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68.
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Tovush bosimi
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p=F/S
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L–1MT–2
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69.
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Tovush energiyasi
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-
|
L2MT–2
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70.
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Tovush energiyasi oqimi
|
P=W/t
|
L2MT–3
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71.
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Tovush energiyasi zichligi
|
w=W/V
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L–1MT–2
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72.
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Tovush intensivligi
|
I=P/S
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MT–3
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73.
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Yoritilganlik
|
E= Φ/S
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L–2J
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74.
|
Yorug‘lik energiyasi
|
Q=Φt
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TJ
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75.
|
Yorug‘lik oqimi
|
Φ=Iω
|
J
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76.
|
Zichlik
|
ρ=m/V
|
L–3M
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www.Orbita.Uz kutubxonasi
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