S Mohana Kumar ISRO Birth Place, Native Place, Education, Biography
S Mohana Kumar ISRO Birth Place, Native Place, Education, Biography – Isro launched the LVM3 successfully on Friday, placing the Chandrayaan-3 spacecraft in the desired orbit during its fourth operational flight. Isro is now more confident as a consequence of the launch vehicle’s perfect performance, which successfully placed the spacecraft in the exact 36,500km orbit as envisaged. Isro has spent nearly four years organizing its third lunar voyage.
I salute you, India. Chandrayaan-3 has started its journey to the Moon in a flawless orbit. According to Isro director S. Somnath, the spacecraft is in fine condition. He continued, “Let us wish the Chandrayaan-3 vehicle the best as it continues its orbit-raising operations and approaches the moon in the days to come.
S Mohana Kumar Bio
| Name | S Mohana Kumar |
| Nickname | Mohana Kumar |
| Age | Not Known |
| Date Of Birth | Not Known |
| Profession | ISRO Scientist behind Chandrayaan-1, Chandrayaan-2, and Chandrayaan-3 |
| Religion | Hindu |
| Nationality | Indian |
| Birthplace | Not Known |
| Hometown | Not Known |
S Mohana Kumar Measurement
| Height | Not Known |
| Weight | Not Known |
| Eye Colour | Black |
| Hair Colour | White |
S Mohana Kumar Educational Qualifications
| School | High School |
| College or University | Indian Institute of Technology, Madras. (IIT Madras Alumni) University of Maryland Institute of Science, Bangalore. |
| Educational Degree | Bachelor of Engineering in Aeronautical Engineering Master of Science in Aerospace Engineering Doctor of Philosophy in Aerospace Engineering |
S Mohana Kumar Family
| Father | Not Known |
| Mother | Not Known |
| Brother / Sister | Not Known |
| Children | Son: Not Known Daughter: Not Known |
S Mohana Kumar Marital Status
| Marital Status | Married |
| Spouse Name | Not Known |
| Affairs | Not Known |
S Mohana Kumar Net Worth
| Net Worth In Dollars | $1 Million |
| Salary | Not Known |
S Mohana Kumar Social Media Accounts
| Click Here | |
| Click Here | |
| Click Here | |
| Youtube | Click Here |
S Mohana Kumar ISRO
According to mission director Mohan Kumar and Isro chairman, the LVM3 has evolved into Isro’s most trustworthy heavy-lift rocket. S Unnikrishnan Nair, director of the Vikram Sarabhai Space Centre (VSCC), added that the Isro team had accomplished a titanic feat by successfully launching three LVM-3 rockets in a single calendar year. LVM-3 is the ideal vehicle for Gaganyaan due to its high success rate, and several modifications are being made.
Chandrayaan-3 adds a new chapter to India’s space odyssey. It soars high, raising the hopes and dreams of every Indian. Our scientists’ constant dedication is demonstrated by this great accomplishment.
I admire their enthusiasm and innovation,” the PM tweeted. Chandrayaan-3, India’s third lunar mission and a follow-up to Chandrayaan-2, which failed to soft land in September 2019, is the nation’s second attempt at a lunar soft landing.
The Chandrayaan-3 lander, named Vikram, should make a successful landing on the moon on August 23 at approximately 5.47 p.m. after traveling for 40 days and more than 3.8 lakh kilometers.
The anticipated time of landing is on Thursday, July 13, under ideal circumstances. The first move in that approach will be the launch of LVM3 on Friday at 2.35 p.m. The countdown for that launch began on Thursday. The satellite will perform many Earth-bound maneuvers while being commanded by Istrac’s Bengaluru center.
Five of these moves will be executed throughout the month of July, as per the original timeline. The spacecraft is expected to have reached an apogee (farthest point from Earth) of roughly one million kilometers at the end of the final Earth-bound mission.
The next phase of the spacecraft’s climb towards the Moon is referred to as the trans-lunar insertion phase. It is predicted that the spacecraft will enter lunar orbit 5.5 days later. After the spacecraft is placed in lunar orbit, Isro will perform a series of maneuvers to bring it to a circular orbit of 100 km, where the lander module will separate. After that, its height is increased to move it to an elliptical orbit with a near approach to the moon of roughly 30 km. Here, the lander will make contact, and the rover will depart.
As opposed to Chandrayaan-2, where the landing was scheduled for a time when the Madrid (JPL) ground station could observe it. We’ll do it this time when tracking is possible from the Istrac Bengaluru center. As of today (July 13), the landing is predicted to be completed by 5.47 p.m. on August 23. This could change depending on how everything works out, from the launch to arriving at the Moon, a leading scientist said.
Seven further pieces of scientific gear, including one that will orbit the moon and six that will be on the surface, will be carried by Chandrayaan-3. Since 2019, Chandrayaan-2’s eight payloads have been distributing data from remote sensing.
What they will do?
Despite the propulsion module’s initial design being restricted to sending Vikram and Pragyan to a lunar orbit, Isro later included a payload that will “look at Earth from the Moon to study its habitable planet-like features and use this information to explore exoplanets in the future.” Scientists looking for evidence of extraterrestrial life have recently been interested in exoplanets, planets that orbit stars other than the Sun.
In addition, Vikram is equipped with four payloads: one will investigate moonquakes, another will look at how the Moon’s surface allows heat to move through it, a third will investigate the plasma environment, and a fourth will help determine the exact distance between Earth and the Moon.
The two payloads on Pragyan will utilize X-ray and laser technology to analyze the composition of the Moon’s surface, respectively. Isro has decided to land in the region near the South Pole because it is of great interest due to the abundance of continuously shadowed craters there that might be able to hold water molecules. It’s noteworthy to consider that the Chandrayaan-1 spacecraft from India was the first to firmly establish that there is water on the Moon.
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