Are you a fan of shooting stars? You might also have heard of meteor showers. This Monday, 30 May 2022, a new Tau Herculids-type meteor shower will be visible. According to reports, the meteor shower can be viewed at approximately 1 AM in the United States.
This post, Meteor Shower Tonight East Coast will explain about Tau Herculids meteorshower, its causes, and where you can see it. Please read the following post to find out more about it and other related news.
Meteor Shower: When can we expect it?
The Tau Herculids meteorshower could be visible from Monday, 30 May 2022 to Tuesday morning at East Coast. This is when Comet 73p’s debris will enter the Earth’s viewable area. This will be a new phenomenon for everyone. What Time is the Meteor Shower Tonight This meteor shower can be seen best at 1 a.m. East Coast.
How often are these meteor showers occurring?
According to different Astronomical reports the meteor shower phenomenon is quite common on Earth. Earth is home to nearly 35-40 meteor showers each year. Every day, shooting comets and shooting stars are observed. The month of November is the best month to observe meteor showers, as it records at least two every year.
We will also tell you the exact time and location of the shower, as well as the doubts that astronomers have.
Meteor Shower Tonight East Coast
NASA has already stated that the best time to view the meteor shower is around 1 AM East Coast. The shower can be seen for only 30 minutes. There are still questions about the visibility of the shower. A clear night and dark skies are essential for seeing the meteor shower’s beauty.
What’s the Astronomers’ dilemma?
Astronomers have divided since the beginning into two camps about whether or not we will be able see the meteor shower. According to some astronomers, Meteor Shower Tonight East Coast is visible when the debris travels faster than the Earth’s normal speed. If the debris is moving at a faster speed than normal, viewing can be difficult.
This post summarizes all information about the meteor shower and areas that it can be viewed. You will also learn about its origin and why it is occurring, as well as the doubts and dilemmas that astronomers have over its viewing.