Answer:
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Step-by-step explanation:
The Hope Mars Mission, also called the Emirates Mars Mission, is the first uncrewed, interplanetary satellite spearheaded by the United Arab Emirates.
In fact, the Hope satellite is the first planetary science mission led by an Arab-Islamic country. And the United Arab Emirates has not shied away from making lofty goals for the spacecraft.
When Sheikh Khalifa bin Zayed Al Nahyan, the president of the United Arab Emirates, announced in July 2014 that the Emirates would send a satellite to Mars, he said that the launch date would be in July 2020, only six years from his announcement.
That timing coincides with the alignment of Earth and Mars, which occurs once every two years.
It also means the spacecraft should reach Mars in 2021, the year of the 50th anniversary of the United Arab Emirates' formation. The Emirati government later said it also planned to build a habitable settlement on Mars by 2117.
But the United Arab Emirates Space Agency — the government agency tasked with developing and regulating a world-class space sector for the United Arab Emirates — was established only in 2014, the same year that the Al-Amal (Arabic for "hope") mission was announced.
And it wasn't until April 2015 that Mohammed bin Rashid Al Maktoum, the vice president and prime minister of the United Arab Emirates, established the Mohammed bin Rashid Space Centre, where the Hope satellite would actually be built.
That left the country with little time to reach its target launch date.
What is the Hope satellite going to do?
Built in collaboration with the University of Colorado Boulder, University of California, Berkeley, and Arizona State University, the Hope spacecraft is in many ways a state-of-the-art weather satellite. It will help answer some outstanding questions about Mars' climate and atmosphere. The satellite mission has four primary objectives:
• Search for the connection between current Martian weather and the ancient climate of Mars.
Substantial geophysical evidence suggests that Mars was once a much warmer and more humid world, with substantial liquid water on its surface. Those past conditions may have been optimal for some form of life to evolve.
• Study the mechanisms that have driven oxygen and hydrogen out of Mars' atmosphere. Loss of the Martian atmosphere is believed to be the root cause behind Mars becoming a cold desert in which water can exist only as either a vapor or ice. Understanding what is driving (and may have driven) away these crucial parts of the atmosphere could help researchers understand how the Martian atmosphere has evolved over time and potentially how life on Marscould have been lost.
• Study the connections between the lower and upper atmospheres of Mars.
• Create a global picture of how the Martian atmosphere varies throughout the day, season and year. Current available data provides temperature and climate information for only a small stretch of time on Mars. If successful, the data collected by the Hope satellite will provide the first holistic view of the Martian climate every day of the year for multiple years.