The Ursids is a minor meteor shower producing about 5 - 10
meteors per hour.
The Orionids is an average shower producing up to 20
meteors per hour at its peak.
The Draconids is a minor meteor shower producing only about 10
meteors per hour.
The Perseids, which may deliver as many as 80
meteors per hour, should also be visible on the night of August 13.
This year, the Leonid meteor shower should treat skywatchers to beween 10 and 15
meteors per hour, NASA meteor expert Bill Cook, head of the Meteoroid Environment Office at the agency's Marshall Space Flight Center in Huntsville, Alabama, told Space.com.
There's an excellent probability that in several hours, more than 30
meteors per second will radiate from Algieba's vicinity like fiery spokes streaming from the hub of a wheel.
This year, the Leonid meteor shower should treat skywatchers to beween 10 and 15
meteors per hour, a NASA meteor expert says
Expect 10 to 20
meteors per hour at the peak.
In 1982, American observers did see an outburst of nearly 100 Lyrid
meteors per hour.
Bottom line: The Lyrid meteor shower offers 10 to 20
meteors per hour at its peak on a moonless night.
Not exact matches
The numbers suggest a Martian would have seen many thousands of shooting stars
per hour — possibly enough to be called a
meteor storm — so it must have been a spectacular event that night on Mars.»
By contrast, October's wimpy Draconid
meteors catch up from behind, loping across the sky at a mere 12 miles
per second.
On any clear night, a handful of
meteors can be seen
per hour, but that rises to dozens
per hour during a
meteor shower.
Some
meteor strikes in Mars's past were powerful enough to propel pieces of the planet's crust at speeds greater than escape velocity, some 3.1 miles
per second.
A one - ounce
meteor traveling at Earth's speed of 18 miles
per second will become as bright as Arcturus.
As long predicted, the
meteor's initial pinprick of light spreads into a curved bow shock as it plows into the upper atmosphere at supersonic speeds of 71 kilometers
per second.
That debris is what you're seeing when you see a
meteor shower: dust - sized particles slamming into the Earth's atmosphere at tens of thousands of miles
per hour.
The
meteors are bits of comet debris that «zip into the earth's upper atmosphere at speeds of about 40 - 60 km
per second,» or 30 - 50 miles
per second, says MacRobert.
This meant only one thing: The groundbreaking Saturn mission had come to an end — the spacecraft had encountered the uppermost atmosphere of Saturn and, 45 seconds later, it burned up like an artificial
meteor caused by the intense heat of hitting the atmosphere at 75,000 miles (120,700 kilometers)
per hour.
The
meteor was traveling about 65,000 kilometers (40,000 miles)
per hour.
The
meteor travelled at an estimated 45,000 kilometers (28,000 miles)
per hour, creating a sonic «boom» that startled many people.
The Geminids of 8 — 17 December are widely regarded as the most active and consistent annual
meteor shower, with peak predicted rates of 100 shooting stars
per hour under dark skies.
«We expect to see
meteor rates as high as a hundred
per hour,» says Bill Cooke of NASA's Meteoroid Environment Office.
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The day the
meteor shower will happen will mark the point where 86
per cent of the season is gone.