0.5 m/s2
Both sides are pulling the opposite dirrention so acceleration is zero which is equilibrium
To get an acceleration, there has to be a net force - and conversely, if there is a net force, there is acceleration. In many common situations, there are two or more forces that cancel one another - the vector sum of the forces is zero, and therefore there is (by definition) no net force, and no acceleration. Here is one example. A book lies on the table. Gravity pulls the book down, but the book doesn't accelerate downward. What is the counter-force? It has to be the table pushing the book up. (Of course, by Newton's Third Law, if the book pushes down against the table, then the table pushes up against the book.)
there can be force without movement. an example of this would be when a person pushes against a wall :)
The rotor blades are designed so that as they spin they push down on the air, which in turn pushes up on the blades, creating lift that acts counter to gravity.
The person's feet push backward on the sidewalk; the sidewalk pushes forward on the person.
friction decreases the acceleration of a car by creating a greater force which pushes against the acceleration force. the friction is a force, but more of it means that whatever is pushing against it ( acceleration in this case) is made smaller.
Both sides are pulling the opposite dirrention so acceleration is zero which is equilibrium
To get an acceleration, there has to be a net force - and conversely, if there is a net force, there is acceleration. In many common situations, there are two or more forces that cancel one another - the vector sum of the forces is zero, and therefore there is (by definition) no net force, and no acceleration. Here is one example. A book lies on the table. Gravity pulls the book down, but the book doesn't accelerate downward. What is the counter-force? It has to be the table pushing the book up. (Of course, by Newton's Third Law, if the book pushes down against the table, then the table pushes up against the book.)
there can be force without movement. an example of this would be when a person pushes against a wall :)
'Thrust' pushes against it from the rear, and 'drag' pushes against it from the front.
well it does depend on how much you weigh if you are a child then you both would have the same acceleration but if you are an adult then the child would have no acceleration. O: i am so smart.
The rotor blades are designed so that as they spin they push down on the air, which in turn pushes up on the blades, creating lift that acts counter to gravity.
The person's feet push backward on the sidewalk; the sidewalk pushes forward on the person.
It is most likely the momentum that carries the blades spinning, when you switch the fan off the energy doesn't completely disappear , it exists and still pushes the blades round.
The waves usually get their energy from the wind. The wind pushes against any small irregularity in the water, creating small ripples, pushes against the small ripples producing larger waves, etc.The waves usually get their energy from the wind. The wind pushes against any small irregularity in the water, creating small ripples, pushes against the small ripples producing larger waves, etc.The waves usually get their energy from the wind. The wind pushes against any small irregularity in the water, creating small ripples, pushes against the small ripples producing larger waves, etc.The waves usually get their energy from the wind. The wind pushes against any small irregularity in the water, creating small ripples, pushes against the small ripples producing larger waves, etc.
what force pushes a cell membrane against a cell wall
There are two forces involved; the finger pushes against the nose, and the nose pushes against the finger.