Loss of energy. Any way friction is a necessary evil
A car is an example of a machine where friction can be both an advantage and a disadvantage. Friction between the tires and the road allows the car to accelerate, brake, and turn smoothly, providing traction. However, friction also causes wear and tear on the tires and causes the engine to work harder, leading to decreased fuel efficiency.
Friction in hydraulic machines can be an advantage because it helps to maintain pressure and prevent leaks by creating a tight seal between components. However, excessive friction can lead to wear and tear on the system, reducing its efficiency and potentially causing overheating.
Advantage: Mechanical energy is easily convertible into other forms of energy making it versatile for various applications such as in machines and transportation. Disadvantage: Mechanical energy can be lost due to friction and other factors leading to inefficiencies in mechanical systems.
With friction, you aren't able to go SUPER fast (if you like going SUPER fast). Friction slows us down.It depends on the situation. In some cases, yes; in some, no. Take the example of a car. Friction between the moving metal surfaces inside the engine results in wear on the parts. For the brakes, sliding friction between the break disc and the pads is what stops the car.
The two types of friction are static friction and kinetic friction. Static friction occurs when two surfaces are at rest relative to each other, while kinetic friction occurs when two surfaces are in motion relative to each other.
is gripping a pipe with a stillson wrench an andvantage or a disadvantage of friction?
frictionlaws of a dry
Advantage-we can write. Disadvantage- hard to move objects
The main disadvantage of friction is that energy is required to overcome friction and that energy is effectively wasted. On the other hand, friction enables motion. If there were no friction, it would be like an extreme case of trying to walk on ice or on a very smooth surface with an oil slick on it. You could not get any traction to start moving or, if already moving, it would be impossible to change the magnitude or direction of motion.
A car is an example of a machine where friction can be both an advantage and a disadvantage. Friction between the tires and the road allows the car to accelerate, brake, and turn smoothly, providing traction. However, friction also causes wear and tear on the tires and causes the engine to work harder, leading to decreased fuel efficiency.
One disadvantage of friction is when you fall over and graze your knees on contact with the ground. One advantage is to put on your brakes and bring your vehicle safely to a stop!
1) In machines the mechanical parts which rub with each other wear out. 2) Due to friction between the sole of the shoe and the floor the sole wears out. 3) Tyres of vehicles wear out because of friction. 4) Energy is wasted in overcoming the force of friction.
Reduced friction, smoother operation, more power delivered. A big disadvantage is that the slot in the yoke wears rapidly due to sliding friction.
Friction in hydraulic machines can be an advantage because it helps to maintain pressure and prevent leaks by creating a tight seal between components. However, excessive friction can lead to wear and tear on the system, reducing its efficiency and potentially causing overheating.
one advantage: it keeps things in their place. one disadvantage: it wastes energy when you move things to another place.
An example using a car:Advantage: friction on car tires makes the car stop. Without friction, the car would continue without stopping (e.g. such as mass in space once given a push in one direction)Disadvantage: friction on car tires means more energy is required to propel the car forward = more gas is required for a trip.
Advantage: Mechanical energy is easily convertible into other forms of energy making it versatile for various applications such as in machines and transportation. Disadvantage: Mechanical energy can be lost due to friction and other factors leading to inefficiencies in mechanical systems.