Back when I was a kid, my home was a giant garage with a tiny living room, a tiny kitchen, a bathroom, and one large bedroom. It was so tiny that the only thing I could ever see from the outside was the garage door. I’m not saying it was a bad thing, just that it was a little bit cramped.
Back when I lived there, I was constantly thinking about how I had to get out of that garage and into the kitchen to get something to eat, so I was always running around, trying to figure out which door would open. My dad had been renovating the garage since before I was born, so he had an eye for what would make building a home more efficient, and one day he noticed that there were three doors in the garage that didn’t open.
The garage door was a prime example of how some doors can be made to be easier to open than others. You can’t just throw a door against a wall and expect to be able to open it. Doors have to be pulled open by a force, and that force can come from any number of various sources.
So, what gives? Why are many basement doors so difficult to open? It’s not a mystery, but it’s important to understand why.
Its because a basement has a lot of space and the doors are the least of its concerns. They have to be pushed open by some sort of force, not a gravity-based force. In the case of the garage door, the force is a weight on the door that causes it to be pushed open. The weight is the entire garage door.
Its important to understand that the garage door is not a force. Its a force that requires a force to get it to move. Its not the weight, its the force that causes the garage door to move. You can’t push the door open by just pushing the weight off the garage door because the door will stay there as long as the weight is there. That force is the garage door.
So the weight is the garage door’s force. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door. The force is the garage door.
A garage door is a mechanical thing that is used to open and close a garage. The weight on the garage door is the weight of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door.
The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door. The force of the garage door is the force of the garage door.
So, we’re talking about a garage door. You know, that garage door that’s so sturdy it’s capable of holding a car with a ton of weight. Unfortunately, most times a garage door can’t resist the force of a car, so we don’t usually hear about it in stories. Or at least we don’t hear it in stories.