In fact, meteors do not cause earthquakes to rupture along a fault, according to William Yeck, a research geophysicist at the United States Geological Survey's National Earthquake Information Center in Golden, Colorado.
But Yeck said the magnitude cannot be directly used to compare the meteor's size to an earthquake because the source of the seismic signals are different.
"While the event was reported as a magnitude 2, the magnitude scale is used to estimate the size of earthquakes and therefore is not an accurate representation of the observations from a meteor," Yeck told ABC News.
Researchers are still investigating this specific incident, Yeck said. The seismic waves observed from these events are typically not from an impact but instead are sound waves generated in the atmosphere.
The pressure difference between the air in front of the meteor and the air behind it caused the rock to break apart and explode in the sky with the force of less than 100 tonnes of TNT, Cooke said. That explosion generated shock waves that traveled down to the ground northeast of Detroit, where residents heard a loud boom and felt the ground beneath them tremble.
The meteor would not have landed intact, Cooke said, but rather tiny pieces weighing only a few ounces would have scattered over the area.
And it's not a rare event.
"It's common with fireballs that produce meteorites on the ground," Cooke said. "When the shock waves hit the ground, it will shake the ground a bit."
Still, the explosive flash, the sonic boom and the ensuing vibrations on the ground both dazzled and startled residents.
"That's probably a little bit disconcerting," Cooke said.
Although meteorites have damaged cars and the roofs of homes, Cooke said no one has been killed by a meteorite in recorded history.
"I would say most folks are pretty safe," he said.