The back pocket of a backpack is the pocket on the "top" of the backpack if you were to lay the pack on the ground with the arm straps underneath it. A fallacy among many females (because of their inferior sense of spacial reasoning.. that's science) is that this pocket is actually referred to as the "front pocket". This of course is incorrect as the "front pocket" is actually synonomous with the "main pouch" of the backpack and is closest to the body when the pack is being worn.
Because it is a pack that you carry on your back.
I have lost my backpack.We should go on a backpack trip.He stuffs the water bottle into his backpack.
Consult your local buildabear workshop store and they will give your backpack back.
The laptop pocket backpack offers features such as padded compartments, secure straps, and water-resistant materials to securely carry and protect your laptop while on the go.
The backpack exerts a downward force (due to gravity) on the body's back and hips. This force is distributed across the back and hips, depending on the weight of the backpack and how it is positioned on the body.
The backpack exerts a downward force due to gravity on the body's back. Additionally, the straps create tension forces that pull the backpack towards the body.
I don't have a physical form or a back pocket, so there is nothing in my back pocket.
noit is on her back
On your back.
The word "backpack" can be syllabicated as "back-pack." It consists of two syllables, with the first syllable being "back" and the second syllable being "pack."
A backpack exerts a downward force on the body due to gravity pulling it downward. Additionally, the straps of the backpack exert a force on the shoulders and back to support the weight of the backpack.
No, a backpack on your back is not considered gravitational energy. Gravitational energy refers to the potential energy associated with an object's position in a gravitational field, such as the height above the ground. The weight of the backpack is a result of gravitational force acting on the mass of the backpack.