Which of the following phenomena is an evidence for the motion of charge in daily life situations ?
A) Formation of rainbow in the sky
B) Formation of mirages
C) Lightning between two clouds
D) Nonea
1 Answers
Talk Doctor Online in Bissoy App
In projectile motion, vertical motion and horizontal motion are dependent of each other. Yes or No? Justify your answer.
No. In projectile motion, the horizontal and vertical motion are independent of each other because both motions don’t affect each other.
2 Answers 1 views
Consider following phenomena/applications : P) Mirage, Q) rainbow,
Correct answer is (A) Only R and S
2 Answers 17 views
Which phenomena can be satisfactorily explained using ray optics?
Ray optics or geometrical optics : Ray optics can be used for understanding phenomena like reflection, refraction, double refraction, total internal reflection, etc.
2 Answers 1 views
Name the financial instrument which may be used in the following situations: (i) A company needs funds to meet floatation cost in order to issue equit
Correct Answer - (i) Commerical Paper (ii) Commercial Bill (iii) Treasury Bill (iv) Cali Money
2 Answers 1 views
‘Which of the following phenomena are reverse of each other ?
D) evaporation & condensation
2 Answers 1 views
‘Which of the following phenomena are reverse of each other ?
2 Answers
1 views
Which one of the following phenomena of light are involved in the formation of a rainbow?
B) refraction, dispersion and total internal reflection
2 Answers 1 views
In which of the following situations you can taste quickly ?
C) Press the tongue slowly against the palate
2 Answers 1 views
What leads to the phenomena called effective nuclear charge and screening effect in an atom?
The periodic trends are explained in the terms of two fundamental factors, namely, attraction of extranuclear electrons towards the nucleus and repulsion between electrons belonging to the same atom. These attractive...
2 Answers 1 views
In which of the following situations, the heavier of the two particles has smaller de broglie wavelength ? The two particle
Correct Answer - A::C::D
2 Answers 1 views