Generate Quiz 68AF58ADDC615

Mi = 24 g, mf = 3 g
Time total t = 36 min

24g→12g→6g→3g
It takes 3 half lives so n= 3 As, n = total time/ half life
One half life, T = t/n, T = 36/3.
1 half life T= 12 min Thus, 12 g are left after one half-life, or after 12 minutes.

Each capacitor in a parallel configuration receives the entire battery voltage. As a result, the potential difference across each capacitor is equal.

The capacitance of the capacitor stays constant when the charge applied to it doubles.The capacitance is solely determined by the conductors’ geometrical arrangement.

The area of the plates, the separation between the plates, and the dielectric’s capacity to withstand electrostatic forces all have an impact on a capacitor’s capacitance.

Option A is accurate since the ball will accelerate 9.8 m/s² as soon as it leaves your hand if its initial velocity is downward.

Q is equal to 7.2x105C.

C = 6×10-6F

Since Q=CV

V = Q/C

V= 7.2x105C / 6×10-6F

V = 1.2x1011V

In an adiabatic process, the system’s or W’s work alone determines the change in internal energy ΔU. The system is working on its surroundings, as indicated by the negative sign.

An object’s ability to exhibit electrostatic attraction or repulsion with other charged objects is known as its charge. While positive and negative charges attract one another, two positive or negative charges will repel one another.

The work required to move a unit positive charge along any closed path between two points without accelerating is known as the potential difference.Therefore, to create a steady current, we require a constant potential difference.

In order to physically separate particles of different masses in a gradient along the radius of a rotating container, a centrifuge uses the centripetal force to accelerate molecules. Gas centrifuges are widely used to separate uranium-235 (235U) from uranium-238 (238U).

Any angle other than 90° between the velocity of a charged particle and the magnetic field will result in a helical path. It enhances the statement that is provided. Therefore, this is the right choice.

Regarding identifying the acceleration’s direction:

1. Acceleration occurs in the direction of movement when speeding up.

2. The acceleration is opposite to the direction of movement when reducing speed.

Therefore, the acceleration in the westward direction will be opposite to the acceleration in the eastward direction.

Temperature and wavelength have an inverse relationship, according to Wein’s displacement law. Consequently, shorter wavelengths are the result of rising temperatures.