the javelin itself has a small surface area of the surface that is going against the air which is very helpful. Also it has a point at the end which isn't only to allow it to stick in the ground but also to push the air around it rather than into it, like how a snow plow pushes the snow up from the ground using the v shape wedge-like design.
Speed, shape and frontal cross-section. Viscosity, texture, friction, gravity, velocity, size, and shape can all affect air resistance.
probably a cone it's point slices though the air
What type of friction is air resistance?fluid friction. Air resistance is fluid friction. Air resistance occurs between the surface of a falling object and the air that surrounds it. Rolling friction occurs when a rounded surface moves over a solid and sliding friction occurs when a solid moves over another solid. Static friction occurs when a solid touches another solid but there is no movement.What two factors affect air resistance?size and shape. Size and shape are the two factors that affect air resistance. Air resistance works with surface area, so the more surface area, the more air resistance. Think about when you drop two pieces of paper: one crumpled and one flat. The crumpled one falls faster because there is less air resistance acting on the paper.
Air resistance is a type of fluid friction (along with water resistance) and is therefore is a type of friction.
Air resistance is a contact force because you are in contact with the air in order to apply that force.
resistance is useful when a plane is flying in the air, air resistance. it is also useful when a boat is floating on water, water resistance.
The most aerodynamic shape to minimize air resistance is a teardrop shape.
The streamlining shape.
A streamlined shape, such as a teardrop or an airfoil, is designed to reduce air resistance by minimizing drag. This shape allows air to flow smoothly around the object, reducing turbulence and friction with the air.
Fluid density, relative velocity, and object shape affect air resistance.
Changing the shape of an object can affect friction and air resistance. For friction, the surface area in contact with another surface can increase or decrease, altering the friction force. For air resistance, a more streamlined shape will experience less resistance compared to a less streamlined shape due to differences in how air flows around the object.
Air resistance is useful in the design of parachutes as it helps slow down the descent of the parachute and the person attached to it. By creating drag as the parachute opens and fills with air, air resistance counteracts the force of gravity and allows for a safe and controlled descent.
The shape of the object, its surface area, and its speed through the air will affect air resistance. Objects with a more streamlined shape and smaller surface area will experience less air resistance than those with bulkier shapes and larger surface areas. Additionally, objects moving at higher speeds will experience greater air resistance.
The factors that affect the amount of air resistance acting on an object are the speed of the object, the surface area exposed to the air, and the shape of the object. A faster object experiences more air resistance than a slower one, a larger surface area increases air resistance, and a streamlined shape reduces air resistance.
The factors that affect air resistance include the speed of the object (higher speed leads to greater air resistance), the surface area of the object (larger surface area experiences more air resistance), the shape of the object (streamlined shapes experience less air resistance), and the air density (higher air density increases resistance).
No, only on the shape.
air resistance