India’s sun mission: Aditya-L1 — 125-day voyage

India will send its first solar space observatory into orbit around the Sun-Earth Lagrangian Point 1 (L1) in mid-January. The observatory will be launched from Sriharikota on Saturday.
Objectives

– “Rewrite this text in simple words:”
The study of the physics of the sun’s outer atmosphere called the solar corona.
Solar wind acceleration refers to the process by which the speed of particles in the solar wind increases.
The way the atmosphere works
Simple words: – How the wind is spread in an area.
Temperature anisotropy refers to the difference in temperature between different directions or axes in a system.
Where coronal mass ejections and solar flares come from.
Near-earth space weather refers to the conditions and changes that occur in the space surrounding our planet.
“Rewrite this text using simpler words: ””
“Please rewrite this text using simpler language and terminology. “n
The PSLV C57 Launch vehicle is a rocket that is launched into space.
At 11:50 am, the launch will take place.
It takes 4 months to travel from one place to another.
15 million kilometers: how far
Please rewrite the text so it is easier to understand: “Please rewrite this text to make it simpler. ”
There are 7 ways to send information.
Please simplify the following text: – The person who is responsible for the management and administration of a company, organization, or institution.
Out of a total of seven things being carried, four will be used to study sunlight, while the other three will be used to measure properties of plasma and magnetic fields.
The main thing called Visible Emission Line Coronagraph (VELC) will send 1,440 pictures every day to a ground station.
A 190-kilogram load will send pictures for at least 5 years, but it might keep working for longer. The first pictures should arrive by the end of February.
Rewrite this text using simpler words:

A powerful version of the PSLV rocket called ‘XL’ is being used, which is similar to the rockets used in the 2008 Chandrayaan-1 and 2013 Mars missions.

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