Water is denser than air, so objects moving through water experience more resistance due to the higher density of the medium. Additionally, water has a higher viscosity compared to air, which further increases the resistance experienced by objects moving through it. These factors combined make water resistance stronger than air resistance.
Gravity is typically stronger than air resistance. Gravity is a fundamental force that pulls objects towards each other, whereas air resistance is a type of friction that opposes the motion of an object moving through the air. This means that in most cases, gravity will have a greater impact on the motion of an object compared to air resistance.
Yes, there is a stronger air resistance as you go faster. This is because at higher speeds, the air particles collide with the moving object more frequently, creating a greater resistance force opposing the object's motion.
Force meter readings are lower in water than in air because water provides more resistance than air to the movement of an object. This increased resistance in water results in a lower force meter reading compared to when the same object is measured in air.
It is easier to walk through air than through water because air is less dense than water, resulting in less resistance and making movement easier. In water, the increased density creates more drag, making it harder to move through. Additionally, water has a higher viscosity compared to air, further increasing resistance.
Air resistance is a force that pushes against things as they move through the air. When you ride a bike, run, or jump, you can feel the force of air resistance trying to slow you down. The bigger or faster you are moving, the stronger the air resistance will be.
No. Its a form of friction.
When terminal velocity has been reached.
Gravity is typically stronger than air resistance. Gravity is a fundamental force that pulls objects towards each other, whereas air resistance is a type of friction that opposes the motion of an object moving through the air. This means that in most cases, gravity will have a greater impact on the motion of an object compared to air resistance.
The parachutist will go down, of course. If gravity is greater than air resistance, then the parachutist would accelerate (his speed would increase). This would increase air resistance, up to the point where gravity and air resistance are in balance.
Type your answer here... because water is stronger than air thanks for reading haley
Yes, there is a stronger air resistance as you go faster. This is because at higher speeds, the air particles collide with the moving object more frequently, creating a greater resistance force opposing the object's motion.
Force meter readings are lower in water than in air because water provides more resistance than air to the movement of an object. This increased resistance in water results in a lower force meter reading compared to when the same object is measured in air.
its called water resistance in water
Think of it this way, if you had a plastic bottle filled with water and you poked a hole in the side, would water squirt out or would air squirt in? If air squirted in, then the air pressure would have to be higher. But since we know that the water would squirt out, we know that the water's pressure must be stronger. Of course, this is under normal conditions. If you pumped the air pressure up enough, then the air pressure may become stronger than standard water pressure. So actually, water pressure is generally stronger than air pressure.
It is easier to walk through air than through water because air is less dense than water, resulting in less resistance and making movement easier. In water, the increased density creates more drag, making it harder to move through. Additionally, water has a higher viscosity compared to air, further increasing resistance.
i think true.
Air resistance is that resistance when substance moves in air and it expresses a opposite force on it. However, water restinace is water when a substance moves thorugh water and it expresses and oppoisite force.