There is another gun issue which we rarely talk about. It relates in some ways to meteorites.
Many years ago, a lady in Alabama was sitting on her couch with her leg up on the coffee table. Suddenly a large chunk of rock came crashing through the ceiling striking her on the leg and continuing through the floor. It turned out to be a meteorite, a piece of rock from outer space. The rock survived its journey through Earth’s atmosphere and reached the surface to land in the woman’s home. We have had sporadic meteors striking our atmosphere at 79,000 to 130,000 miles-per-hour. Atmospheric drag slows these hunks of rock to 200 to 400 miles-per-hour. Our atmosphere is designed so that larger meteoroids break up about 10 miles above the surface, and the fragments produced rarely get to the ground.
So there is another gun issue in which humans in celebration fire a gun straight up into the atmosphere. That action poses great danger. In Puerto Rico alone, two people were killed and 25 injured on New Year’s Eve because of celebratory bullets that come down on their heads. A bullet has to achieve a velocity of 157 miles-per-hour to penetrate human skin and damage organs. Bullets fired into the air can reach a speed of 400 miles per hour upon their return to the ground.
In Los Angeles between 1985 and 1992 doctors at Martin Luther King Jr./Drew Medical Center treated 118 people for random falling bullet injuries, and 38 of them died. A 1994 study published in the Journal of Trauma showed that of those 118 people, 77% were hit in the head and had a mortality rate of 32%. Rifle bullets of .30-caliber fired straight-up reach altitudes of 10,000 feet and descend at 300-600 feet-per-second. Even bullets from handguns fired straight-up return to the ground at speeds between 150 and 250 feet-per-second.
Yesterday we mentioned that the Sun was at the exact angle to illuminate the Moon’s Jura Mountain Range. The effect is sometimes called the Golden Handle of the Moon because it resembles a small handle on the side. Since the sky was clear here in southwest Michigan last night, I took a picture of it. The tiny “handle” that you see is a semi-circular ridge surrounding a flat plain called the Sinus Iridium (Latin for the Bay of Rainbows). Sinus Iridium is actually an impact crater which has filled with lava, and the “mountains” that the Sun is illuminating is the edge of the crater.
In the NASA photo, you can see wave ripples on the surface as the lava flowed into the basin of the crater and hardened.
On our Does God Exist? educational tours of the Canyonlands we always visit Meteor Crater in Arizona. It is perhaps the best-preserved impact crater on Earth. At three-quarters of a mile (1.2 km) across, it is awe-inspiring to see. By comparison, the Sinus Iridium crater is 150 miles (240 km) across. You can also see several smaller impact craters that were formed after the lava flow.
As you examine the surface of the Moon, you will see that it is covered with impact craters caused by meteor and asteroid collisions. Earth has been bombarded with asteroids in the past. There is evidence of a large (93 mile, 150 km) impact crater called the Chicxulub Crater near what is today the Yucatan Peninsula.
Since Earth is a bigger target for impacts, why is Earth’s surface not pockmarked with craters like the Moon’ surface? Scientists have found evidence of about 190 impact craters on Earth. Most of them were early in Earth’s history, and erosion, plate tectonics, and other forces have hidden them from view. More importantly, we are protected from many of the impacts by our atmosphere. The heat from friction as a meteor enters the atmosphere at high speeds usually, but not always, causes them to burn up before they touch the ground. The more we see of God’s creation, the more we see His wisdom and power.
You can read more about impact craters and their effect on life on planet Earth in our previous posts by using these links. METEOR CRATER (also called the Barringer Crater) and the CHICXULUB CRATER. You can read about a Martian Meteorite HERE.
One of the most spectacular meteor showers of the year will reach its peak on the nights of August 11-12 and 12-13. This year’s Perseids will be exceptionally brilliant because the moon will be only a small crescent and will set early. You can best see the Perseid meteor shower after 12:00 AM local time.
The Perseids are interesting because they frequently feature a brilliant fireball which can actually cast a shadow or a bolide which is a meteor that explodes. The Perseid meteor shower gets its name from the fact that the meteors appear to come from the direction of the constellation Perseus which will be in the northeast for those of us looking up from the United States. However, you will see them streaking in any area of the sky.
The Perseid meteor shower is debris from the Comet Swift-Tuttle which was discovered in 1862 and returned most recently in November of 1992. These meteors are small particles usually no larger than a pea and as small as a grain of sand. They become visible at an altitude of 55 miles (88 k) where they enter the atmosphere with an average velocity of about 133,200 miles (214,365 km) per hour. Perseid meteors usually burn up by the time they reach an altitude of 50 miles (80 km) and never contact the surface of the earth. If they did, they would be called meteorites.