Friday, Jan 1 2021 | Time 17:45 Hrs(IST)
image
  • CM urges PM to raise Centre's share in light house project
  • CM urges PM to raise Centre's share in light house project
  • India returns to UN Security Council in the New Year
  • Mehbooba writes to LG, seeks investigation in Srinagar encounter allegations
  • AIFF ties up with TrionTotte as nutrition & hydration partner for Indian Arrows
  • Everyone's dream of Apna Ghar will be fulfilled: UP CM
  • Spontaneous strike for impartial, time-bound probe into Srinagar encounter
  • Matt Henry roped in for Neil Wagner in NZ Test squad
  • Matt Henry roped in for Neil Wagner in NZ Test squad
  • T Natarajan comes in, Rohit Sharma joins as vice-captain in India’s Test squad
  • Lashker OGW arrested in south Kashmir
  • UK returnee tests Covid +ve in Ajmer, results of new strain awaited
  • Commercial LPG cylinder price hiked in metros
  • Cold wave continues in Kashmir; Drass freezes at minus 26 8 degree
  • Police arrests 2 notorious drug peddlers; recovers contraband in Pulwama
States » South


Planet Earth to reach Closest point to Sun on Jan 2 : PSI

Planet Earth  to reach Closest point to Sun on Jan 2 : PSI

Hyderabad, Jan 1 (UNI) Planet Earth will reach the closest point to Sun on Saturday, Planetary Society of India (PSI) said on Friday.

PSI Director N Sri Raghunandan Kumar in a release here said Earth revolves around Sun in an elliptical orbit. Hence, at one point of time during its journey around the sun, it will be at the closest point it can get (perihelion) and at one point of time during the year it would be at the farthest point (aphelion).

He said at 7.27 pm, Planet Earth will reach the closest point to Sun in its annual elliptical orbit around Sun at 0.9832571 AU i.e. at 14,70,93,168 km from Sun.

Astronomically this phenomenon is known as “Perihelion”. Whereas on July 6, 2021 at 3:46 a.m. (IST) Earth will be at Aphelion at 1.0167292 AU (15,21,00,523 km) from Sun that is which is the farthest point from Sun.

In other words, due to Perihelion on January 2, Earth, tomorrow will be 50,07,355 km closer to

Sun compared to July 6, Mr Kumar said, adding that people will not be able to notice or observe this celestial event.

This event is of greatest importance with educational potential for students and the public to understand temperatures or Seasons on Earth which are not dependant on the distance of Earth to the Sun but axial tilt during its journey around the Sun.

MORE UNI CS 1547

More News

Schools, colleges reopen across Karnataka

01 Jan 2021 | 5:23 PM

Bangaluru, Jan 1 (UNI) After a gap of over nine months, schools and pre-university colleges in Karnataka reopened for students on Friday with strict COVID-19 safety norms.

see more..
K'taka: 33 UK returnees test Covid positive

K'taka: 33 UK returnees test Covid positive

01 Jan 2021 | 4:51 PM

Bengaluru, Jan 1 (UNI) Karnataka Health and Medical Education Minister K Sudhakar on Friday said that as many as 33 passengers were tested positive for Covid so far, in all, 38 have tested positive for coronavirus, including five primary contacts.

see more..

K'taka: Dry run of vaccination will be held in five districts

01 Jan 2021 | 4:42 PM

Bengaluru, Jan 1 (UNI) The Dry Run prior to the anticipated launch of the Covid-19 vaccination programme in Karnataka, will be held in five districts, including state capital Bengaluru.

see more..

Dry run for Covid vaccination in 5 districts of Karnataka on Saturday

01 Jan 2021 | 4:35 PM

Kalaburagi, Jan 1 (UNI) A dry run of Covid vaccination will be held in three talukas each in five districts of Karnataka including Kalaburagi, Bangalore, Shivamogga, Mysore and Belagavi on January 2, health source said.

see more..

CCMB pens agreement with Arya Vaidya Sala to assess Ayurveda’s efficacy against Coronavirus

01 Jan 2021 | 4:22 PM

Hyderabad, Jan 1 (UNI) CSIR-Centre for Cellular and Molecular Biology (CCMB), Hyderabad, has entered into an agreement with Arya Vaidya Sala (AVS), Kottakkal, to check for the efficacy of Ayurvedic formulations in the fight against coronavirus SARS-CoV-2.

see more..
image