Question Discussion & Solution

The correct answer is Teja Ji.

• Tejaji got injured in Sursura village to save the cows of Lachha Gurjari and died due to a snake bite.
  • The snake is worshiped as the protector deity.
  • Tejaji is called the deity of 'Kala Bala'.

Key Points

• Teja Ji:
  • He was born in 1074 AD in Kharnal, Nagaur.
  • His father's name was Tahad.
  • His mother's name was Raj Kunwari.
  • His wife's name was Pamel de.
  • He is also known as snake's god/ Kala-Bala's god/ dholya veer.
  • His horse's name was leelan (singari).
  • Tejaji’s major Thaan is located at Sursura, Beawar, Saindaria & Bhanwata in the Ajmer district.
  • His song is tejater.
  • His favourite devotee is known as ghodla.
  • Parbatsar, Nagaur cattle fair is organized from Bhadra Shukla Dashmi to Poornima.

Additional Information

• Ramdev Ji-
  • He was contemporary to Mallinath Ji.
  • He killed demon Bhairav in his childhood.
  • He is also known as Communal harmony's folk god/ Peer's peer/ Runecha ra Dhani/ Ramsapeer.
  • His temple is situated in Runecha, Jaisalmer
• Pabu Ji-
  • He is known as camels god/ plague protector god/ incarnate of Laxman Ji.
  • He is the adorable god of the Raika/ Raibari caste.
  • His temple is situated in kolumand, Jodhpur.
• Goga Ji-
  • He is also known as Jaharpeer.
  • Sheershmedi is related to him, where his Head Fall after his death.
    • It is situated in Dadreva, Churu.
  • Gogamedi is also known as Dhurmedi.
    • It is situated in Nohar, Hanumangarh.

The relation among given numbers is that every number is the sum of the squares of the digits of the previous number:

936 → 9² + 3² + 6² = 81 + 9 + 36 = 126

126 → 1² + 2² + 6² = 1 + 4 + 36 = 41

41 → 4² + 1² = 16 + 1 = 17

17 → 1² + 7² = 1 + 49 = 50

50 → 5² + 0² = 25

25 → 2² + 5² = 4 + 25 = 29

For this question,

Statements: The money plant has thin leaves and requires more water.

This statement explains the requirements and speciality of the Money plant.

Conclusion I: Plants with thin leaves require more water..

It can not be true as the statement is all about the Money plants but except for money plants, there are more plants that have thin leaves.

Conclusion II: Money plants cannot be grown in places with water scarcity.

It is completely according to the statement as it is true.

Hence, Option (4) is correct.

Additional Information

• If there are two or more sentences that are used to frame a statement, then, the sentences must be interrelated, and mutual contradiction should be there.
• Do not look for truthful notions. The information provided in the statement is the only requirement for a student to answer the question. No assumptions must be made.
• Read the statement carefully and look for keywords that are common between the statement and the conclusions
• If there is more than one conclusion that is applicable to the statement, students must ensure that the conclusions they opt for have some relation with each other.

The correct answer is Pavo cristatus.

Concept:

• Atoms are made up of subatomic particles - electrons protons and neutrons.
• In the center of an atom, a nucleus is present which contains protons and neutrons together known as nucleons.
• The mass of an atom is most concentrated at the center of the atom, i.e. the nucleus.

​Electrons:

• Discovered by Sir J.J Thomson in the year 1897.
• Previously named as cathode rays as they were supposed to be emitted from the cathode.
• They are deflected towards the positive side.
• They have high kinetic energy.
• They are deflected by an electric and magnetic field.
• It has a negative charge of

  \(charge=1.602\times10^{-19} coulombs \)
\(mass={1\over 1837}\times 9.107\times 10^{-28}g\)

Protons:

• Discovered by Goldstein.
• Depicted first as positive rays because it seemed to emerge from the anode.
• Mass of a proton is

 \(1.670 \times 10^{- 24}g\)

\(Charge=1.602\times 10^{-19} coulombs\)​

Explanation:

• Rutherford's discovery led to the discovery of nucleus.
• He found out that most of the mass of the nucleus is situated in its centre and contains the positively charged particles protons.
• The atom is otherwise empty and as electrons have negligible mass, the mass of an atom should be equal to the sum of mass of protons present in it.
• However, it was seen that in Helium, there are only two protons, so its mass should be twice the mass of each proton = \(2\times 1.008 a.m.u\).
• Experimental results revealed that it has a mass of 4.003a.m.u.
• Hence, it was concluded that the nucleus has particles containing no charge but mass almost equal to that of a proton.
• This was established by scientist James chadwick in 1932.

Additional Information

Rutherford's gold foil experiment: 

• He discovered the atomic nucleus and gave us an atomic model.
• He directed alpha particles towards a metal sheet.
• He saw that most of the alpha particles, which are positively charged particles, are not getting deflected.
• Most of the alpha particles emerged undeflected.

• Therefore, he concluded that most of the mass of the nucleus is situated in its centre and contains the positively charged particles protons.
• Electrons revolve around the nucleus in certain orbits.