List I List II (Value of tan-1 ) A.1.90°B.2.0°C.3.50°

1.	List I List II (Value of tan-1 ) A.1.90°B.2.0°C.3.50°
A.	A-1, B-2, C-3
B.	A-2, B-1, C-3
C.	A-3, B-1, C-2
D.	A-3, B-2, C-1
Answer» C. A-3, B-1, C-2

Discussion

No Comment Found

Related MCQs

Match the following: List I List II A.∇ x = 01.irrotational vectorB.∇ . = 02.conservative fieldC.&oint; .dl = 03.solenoidal vector
List I (Theorems) List II (Property of Network) A.h111.1/(re + rd)B.h122.rb + reC.h213.μbcD.h224.μcb
Match the following: List I (Theorems) List II (Property of Network) A.Reciprocity1.Impedance matchingB.Tellegen's2.BilateralC.Superposition3.∑ Vjk Ijk = 0D.Maximum power transfer4.Linear 5.Non linear
Match the following: List I (Electron spin) List II (Phenomenon) A.↑↑↑↑1.AntiferromagnetismB.↑↓↑↓2.FerrimagnetismC.↑↓↑↓3.Ferromagnetism
If r is resistivity, l is length of wire, a is area of cross-section, ω is angular frequency, F is form factor, n is number of turns, d is coil diameter and r is resistance of a coil. List I List II A.Value of inductance1.B.Power factor2.C.Q factor3.D.Value of resistance4.Fn2d
Match the following: List I List II A.RT1.A = DB.Rh2.h12 = h21C.ST3.AD - BC = 1D.Sh4.h21 = - h21 5.B = C 6.Δh = 1
Match the following: List I List II A.T (Reflection coefficient) = 01.(ZL - Zo)/(ZL + Zo)B.T = - 12.ZL = ZoC.T = + 13.ZL = 0D.- 1 < T < + 14.ZL = ∞
Match the following: List I List II A.SSB Modulation1.Transmission lineB.Δ . B = 02.Hilbert transformC.Model dispersion3.Faraday's law 4.Absence of magnetic monopoles 5.Waveguides 6.Phase locked loop
Match the following: List I List II A.(∇ x E)ds = 01.Continuity equationB.rv.dv = Q2.Ampere's lawC.(J + D)ds3.Gauss lawD.-rvdv4.Faraday's lawE.H.dl = (∇ x H)ds5.Stoke's theorem
Match the following: List I List II A.A1 cos 2pf1t1.B.A1 A2 cos 2pf1t cos 2pf2t2.v1 (t) v2 (t)C.3., f1, - f1D.f1 + f2, f1 - f2, - f1 + f2, - f1 - f24.A1 cos ω1t

List I List II (Value of tan-1 ) A.1.90°B.2.0°C.3.50°

Discussion

No Comment Found

Related MCQs

Reply to Comment