VITEEE Physics Test - 10 - JEE MCQ

50 V, 1 amp

10 V, 5 amp

25 V, 4 amp

20 V, 2 amp

Power

Potential difference

Electric charge

Energy

size of conductor

thickness of conductor

material of conductor

all of these

Faraday

Kirchhoff

Arrhenius

Joule

Optical fibres have extremely low transmission loss

Optical fibres may have homogeneous core with a suitable cladding

Optical fibres can be of graded refractive index

Optical fibres are subject to electromagnetic interference from outside

4.5 x 10⁴  Ckg^-1

9 x 10⁷ Ckg^-1

4.5 x 10³ Ckg^-1

9 x 10⁵ Ckg^-1

Ohmic

Non ohmic

Both

Sometimes ohmic, sometimes non ohmic

3 Ω

5 Ω

7 Ω

9 Ω

1.0 mm/sec

1.0 m/sec

0.1 mm/sec

0.01 mm/sec

18 $\text{Ω}$

6 $\text{Ω}$

3 $\text{Ω}$

2 $\text{Ω}$

No electrons are emitted

Photons are emitted

Electrons of higher energy are emitted

Electrons of lower energy are emitted

3.67 A

2.67 A

1.67 A

2.40 A

ωL=ωC

ωL=1/ωC

ωL=ωC²

ωL=√ωC

0.1 H

0.2 H

0.4 H

0.8 H

audio signal is frequency modulated and video signal is amplitude modulated

both audio and video signal are frequency modulated

audio signal is amplitude modulated and video signal is frequency modulated

both audio and video signal are amplitude modulated

φ₂ - φ₁/∈₀

φ₁ + φ₂/∈₀

φ₁ - φ₂/∈₀

∈₀(φ₁ + φ₂)

9 x 10^-3 J

zero

9 x 10^-3  eV

1 J

-20 V

-25 V

-30 V

-35 V

C₀ (K₁ + K₂ )

C₀ (K₁ + K₂ ) /2

2C₀ (K₁ + K₂ )

None

Electron

Proton

α - particle

Deuteron

Angstroms

Fermi

Centimetre

Micron

q.E and p.E

q.E and maximum

2q.E and minimum

zero and minimum

Einstein

Goldstein

Fermi

Curie

1.5 x 10⁶ 

2.5 x 10⁶ 

3 x 10⁶ 

7.5 x 10⁶ 

Infrared rays

Radiowaves

X-rays

Light waves

Electrons will be emitted

Positron will be emitted

Protons will be emitted

Electrons will not be emitted

1/√2

2/√3

m√2

√3

Positively charged

Negatively charged

Positively charged or negatively charged depending upon the type of impurity that has been added

Electrically neutral

electrons

protons

mobile ions

immobile ions