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Assertion (A): Anti-cyclonic conditions are formed in winter season when atmospheric pressure is high and air temperatures are low.
Reason (R): Winter rainfall in Northern India causes development of anti-cyclonic conditions with low temperature.

ABoth A and R are individually true, and R is the correct explanation of A.

BBoth A and R are individually true, but R is NOT a correct explanation of A.

CA is true, but R is false.

DA is false, but R is true

Answer:

C. A is true, but R is false.

Read Explanation:

  • Assertion (A) states that anti-cyclonic conditions are formed in the winter season when atmospheric pressure is high and air temperatures are low. This statement is true.
  • Anti-cyclonic conditions, also known as high-pressure systems, are often associated with clear skies, calm weather, and lower temperatures.
  • In winter, high-pressure systems can lead to cold and stable conditions.

  • Reason (R) states that winter rainfall in Northern India causes the development of anti-cyclonic conditions with low temperature. This statement is not accurate.
  • Winter rainfall in Northern India is more often associated with the passage of Western Disturbances, which are low-pressure systems that bring precipitation, rather than the development of high-pressure (anti-cyclonic) conditions.

Related Questions:

Which of the following statements are correct?

  1. The low-pressure system during retreating monsoon shifts from Ganga Plain to Bay of Bengal.

  2. The cyclones that occur during this season never affect Myanmar.

  3. Rainfall from retreating monsoon is highest in Punjab and Haryana.

ഇന്ത്യയിലെ ഉഷ്ണകാലമേത് ?

Choose the correct statement(s) regarding the movement of the ITCZ.

  1. The ITCZ moves southward in the winter.
  2. The ITCZ is located over the Gangetic plains in December.
    ഉഷ്‌ണമേഖല ഇല പൊഴിയും കാടുകളിൽ ലഭിക്കുന്ന ശരാശരി മഴയുടെ അളവെത്ര ?

    Choose the correct statement(s):

    1. El-Nino is a marine-only phenomenon with no atmospheric involvement.

    2. El-Nino affects both ocean currents and atmospheric circulation.