The opposite direction of the water it moved.
Squid obtain oxygen from the water by passing it over their gills. As water flows through the gills, oxygen is absorbed into their bloodstream and carbon dioxide is released back into the water. This allows the squid to extract oxygen from their watery environment for respiration.
Squid use a kind of jet power. Water is squirted at great pressure out of a nozzle on the squid's body. At times the squid can swim so fast that it may pop out of the water and glide through the air at 25 to 40 miles per hour. A squid may fly for 100 feet or more before it splashes back into the water.
If the victim expels the object or becomes unconscious.
A squid swims backwards because this direction makes it easiest to move in the water since its arms and head are on the front of their bodies. The squid can actually swim in any direction it chooses.
Squids do not have backbones.
Possibly water resistance (drag)
The downward force of gravity is counterbalanced by the upward buoyant force of the water, resulting in a net decrease of the body's weight. The buoyant force comes from the water that is displaced by the body (think of water rising in the tub when you get in). That displaced water tries to get back to its own (previous) level, so it pushes back on the body.
gravity
They cannot live in warm water. They do not have back bones. There is two facts -- Bobtail squid, and in fact many other species, live in warm water. They have 8 arms and 2 tentacles, have chromatophores which let them change their colour, and have large eyes that are adapted for low-light situations and quite advanced. --
The water level stops rising because of the force of gravity pulling the water back down and the capacity of the container holding the water. Once the water reaches the level where the downward force of gravity equals the force of the water pressure pushing it up, it reaches equilibrium and stops rising.
The force that pulls boats back is typically drag, which is caused by resistance from the water as the boat moves through it. This drag force can slow down the boat and make it more difficult to maintain forward motion.
The driving force behind the water cycle is the energy from the sun. Solar radiation heats the Earth's surface, causing water to evaporate and form clouds. These clouds eventually release the water as precipitation, which flows back into bodies of water and continues the cycle.