AWES TGT Physics Mock Test - 9 - AWES TGT/PGT MCQ

The primary aim of the BIMSTEC Faculties Exchange Programme in Dhaka is to "Boost Mutual Cooperation" among the member countries' Foreign Service training institutions by facilitating dialogue and collaboration among diplomats.

The International Day of Zero Waste is celebrated every year on March 30th, as established by a resolution passed by the United Nations General Assembly on December 14, 2022. This day is significant for raising awareness about reducing waste and promoting zero-waste initiatives to achieve sustainable development goals.

• The National Quantum Mission was approved recently by the Union Cabinet. Its aim is to seed, nurture and scale scientific and industrial research and development and create an innovative ecosystem in quantum technology.
• The Centre has approved Rs 6,003 crore for the National Quantum Mission, to fund scientific and industrial research development in quantum technology.

Utkal Diwas, also known as Odisha Day, commemorates the formation of Odisha on April 1, 1936. It signifies the state’s cultural and historical significance, marking the end of a struggle for a separate identity from British colonial rule. Celebrated annually, it showcases Odisha’s rich heritage through festivities, including decorations and cultural displays. The state flag’s colors symbolize Odia pride and unity, highlighting the event’s importance in preserving the region’s traditions and identity.

All the statements are correct. Black board is a primary teaching aid in a classroom. It makes the subject interesting for pupils. It also simplifies the tough topics and keeps the pace of the lecture moderate as it encourages writing while talking and hence making teaching effective.

Let coefficient of friction be μ, then retardation will be μg.
From equation of motion.

v = u +at

0 = 6 - μg × 10

or μ = 6/100 = 0.06

The resultant of these two forces is  .Now 

Wavelength of light beam, λ

Distance of the screen from the slit, D=1m

For first minima, n=1

Distance between the slits is d

Distance of the first minimum from the centre of the screen can be obtained as, x = 2.5mm = 2.5×10⁻³

Now, nλ = xd/D

⇒ d= nλD/x = 0.2mm

Therefore, the width of the slits is 0.2 mm.

In hydroelectricity the power of a turbine depends on the size of the water drop and the quantity of water flowing through the turbine. The water propels the turbine, which in turn powers an electric generator, which produces electricity under the principle of electromagnetic induction.

Torque is the rate of change of angular momentum. Force in linear motion corresponds to torque in rotary motion. Thus, just as Newton’s second law can be written as F = dP/dt (F for linear motion), it can be written as T = dL/dt for rotary motion.

Electric flux is given by  since amount of charge not depends on size and shape so by making radius <  double the amount of charge remain same so electric flux remain same.

A body at temperature T produces a continuous spectrum of wavelengths. For a black body, the wavelength corresponding to maximum intensity of radiation is given according to Planck's law by the relation, m=0.29cmK/T. For m=106m,T=2900K.Temperatures for other wavelengths can be found. These numbers tell us the temperature ranges required for obtaining radiations in different parts of the electromagnetic spectrum. Thus, to obtain visible radiation, say  =5×107m, the source should have a temperature of about 6000K. A lower temperature will also produce this wavelength but not the maximum intensity.

The only sound which consists of a single frequency is the pure SINE TONE such as produced by a sine wave OSCILLATOR or approximated by a tuning fork. All other sounds are complex, consisting of a number of frequencies of greater or lesser intensity. The frequency content of a sound is its SPECTRUM.

It is because when we make a group of electrons inside the material it is called domain. So when we apply an external magnetic field on the material. Those domains start to align themselves in the direction of the magnetic field. BUT NOT ALL DOMAINS ALIGN THEMSELVES IN THAT DIRECTION. So option D is correct.

► Area = 20i since it is in the Y-Z plane
► E = 6i + 3j + 4k
► E.S = Flux
= 20*6 = 120 units

The voltage in India is 220 volts, alternating at 50 cycles (Hertz) per second. This is the same as, or similar to, most countries in the world including Australia, Europe and the UK. However, it's different to the 110-120 volt electricity with 60 cycles per second that's used in the United States for small appliances.

mg sin θ = 10
m x 10 x (1/2) = 10
m = 2 kg

Weather forecasting makes use of the infrared radiation emitted by cloud formations, which can be captured and transmitted by weather satellites as images to meteorologists.

On x-axis
A.  B=(μ0I/2πa)- (μ0I/2πa)=0
B.  On y axis say at (y, 0, 0)
B=[-μ0I/2π(a+y)]k + [μ0I/2π(a-y)]k
So except at origin, B has only z-components.
B cannot have x-component as B is perpendicular to direction of I. 
 

ϕ₂=Mi₁⇒i₂=(1/R)(−dϕ₂/dt)
i₂=−MdI₁/Rdt

Bernoulli's principle can even be derived from the principle of conservation of energy. Bernoulli's principle states that, in a steady flow, the sum of all forms of energy in a fluid along a streamline is the same at all points on that streamline.
Hence D is the correct answer.

The direction of force (motion) of a current carrying conductor in a magnetic field is given by Fleming’s left hand rule. 
It states that ‘ If we hold the thumb, fore finger and middle finger of the left hand perpendicular to each other such that the fore finger points in the direction of magnetic field, the middle finger points in the direction of current, then the thumb shows the direction of force (motion) of the conductor.
 

The force acting on electron will be perpendicular to the direction of velocity till the electron remains in the magnetic field. So the electron will follow the path as given.

μ₀ is called the permeability of free space and similarly, ε₀ is called the permittivity of free space.

In electromagnetic induction, line integral of induced field E around a close path is non zero, and induced electric field is non conservative.

Let R be the resistance of wire.

Energy released in t second

Let R' be the resistance of the second wire

Dividing (i) by (ii)

or,        N ² = 18 × 2    ∴ N = 6