Intensity versus wavelength graph for the radiation coming from two black body A and B are given. Which of the following option may be possible –

When a body of mass m_(1) collides with another body of mass m_(2) kept at rest , then it is found that moving body comes to rest and body at rest starts moving . Which of the following options are possible ?

lambda_(m) is the wavelength of the radiations corresponding to maximum intensity of a very very hot body at temperature T. Which of the following correctly represents the relations between lambda_(m) and T:

Figure shows intensity versus wavelength graph of X-rays coming from coolidge-tube with molybdenum as target element : The two peaks shown in graph correspond to K_(alpha) and K_(beta) X-rays Wavelength of L_(alpha) X-rays from Coolidge tube will be (approximatly)

Figure shows intensity versus wavelength graph of X-rays coming from coolidge-tube with molybdenum as target element : The two peaks shown in graph correspond to K_(alpha) and K_(beta) X-rays Voltage applied across Coolidge tube is (approximatly)

Figure shows variation of intensity per unit wavelength (Radiance) with wavelength for radiation coming from two source A and B. Let T_A and T_B be temperature of source A and B respectively and d_A and d_B be distance of source from detector, then–

If lambda_(m) denotes the wavelength at which the radiative emission from a black body at a temperature T K is maximum, then

The graph shows the variation in radiation intensity per unit wavelength versus wavelength for a perfect black- body at temperature T. Complete the following statement: As the blackbody temperature is increased, the peak in intensity of this curve

The displacement versus time graph for a body moving in a straight line is shown in figure. Which of the following regions represents the motion when no force is acting on the body

Consider following speed time graphs describing motion of two bodies A and B on straight line paths. Form these graphs which of the following information can certainly be obtained? (A) Distance travelled for the body A (B) Distance travelled for the body B (C) Displacement for the body A (D) Didplacement for the body B