well, first im going to tell you teacher you are cheating. get a life and learn somthing
Are you looking for the types of simple machines or examples of each one? The types are: 1. wheel and axle 2. lever 3. pulley 4. screw 5. wedge 6. inclined plane An example of a wheel and axle is a wheelbarrow and a hamster wheel. A lever is a human arm and a hammer (which is also a wedge). A pulley is a flag pole and the string you use to pull on the blinds. A screw is a slinky and a literal screw. A wedge is a carpenter's plane (a tool carpenters and cabinent makers use to smooth their wood), knitting needles, a chisel, a hatchet, and so on. An inclined plane would be a ramp, slide, or hill.
The term for a tool that makes work easier by changing the size or direction of a force is "simple machine." Simple machines are fundamental mechanical devices that allow us to multiply or redirect the force applied to accomplish tasks more easily. There are six types of simple machines: **Lever:** A lever consists of a rigid bar (lever arm) that rotates around a fixed point called a fulcrum. Levers can change the amount of force applied or the distance over which the force is applied. **Wheel and Axle:** A wheel and axle consists of a large wheel connected to a smaller axle. When force is applied to the wheel, it can change the direction of the force and multiply it. **Pulley:** A pulley is a wheel with a groove that a rope or cable can run through. Pulleys are used to lift or move objects and can also change the direction of force. **Inclined Plane:** An inclined plane is a flat surface that is angled. It allows objects to be moved up or down with less force over a longer distance. **Wedge:** A wedge is a triangular-shaped object used to split, lift, or secure materials. It transforms a force into two forces acting in different directions. **Screw:** A screw is an inclined plane wrapped around a cylindrical post (called a screw thread). When the screw is turned, it converts rotational motion into linear motion, making it useful for lifting or holding objects. These simple machines form the basis of more complex machinery and tools we use every day. They enable us to perform a wide range of tasks with less effort by altering the magnitude or direction of forces.
A complex machine, also known as a compound machine, is a machine that is a combination of several simple machines.A simple machine is defined as a machine that makes work easier by modifying or transmitting force or motion.A simple machine would be a wheel and axle or a wedge and jackscrew.A complex machine would be a car or a drill.Machine - is a device that helps us do work (work is a force that acts on an object to make the object move. To get work, you multiply force by distance)A simple machine - is a tool or device made up of one basic machine (there are 6 simple machines screw, ramp/inclined plane, wedge, pulley, wheel and axele, and levers.)ex. of simple machines are: (screw - screw, hose nozzle, etc.) (inclined plane - slide, ramp etc. ) (wedge -chisel, knife, etc.) (pulley - crane, flagpole, etc.) (wheel and axle - door knob, steering wheel, bicycle wheel, etc.) (Lever - 1st class lever: see -saw, 2nd class leer: wheelbarrow, 3rd class Lever: hockey stick, broom, etc.)a Complex Machine - is a system in which simple machines all work together, parts of a complex machine that have just one function are called subsystems and often contain a simple machine.ex. of complex machines can be as simple as scissors, or as complicated as a lab topA complex machine is really 2 or more simple machines in one machineex. Car or a bicycleComplex Machine - is a system in which simple machines all work together, parts of a complex machine that have just one function are called subsystems and often contain a simple machine. ex. of complex machines can be as simple as scissors, or as complicated as a lab topA complex machine is really 2 or more simple machines in one machineex. Car or a bicycleall the six machines can put together to makebig machine.
Simple machines are the most basic ways of making work easier or more efficient. There are 6 of them (if the different kinds of levers are considered the same simple machine): Inclined plane: Spreads out the work needed to move the object, so less is needed at once. Lever (first class): Changes direction of force applied. Load is on the opposite side of the fulcrum than the side that the force is applied on. Lever (second class): The load and force are on the same side of the fulcrum, with the force being applied further from the fulcrum. The work is easier, but the load isn't lifted as high. Lever (third class): Similar to second class levers, the load and force are on the same side as the fulcrum, but the force is closer to the fulcrum. The work is therefore harder, but the load is lifted more efficiently Wheel and axle: Just what it sounds like. The wheel is a simple, but brilliant tool that makes it so the inside and the outside make the same amount of rotations in the same amount of time, but move at different speeds. Turning the axle makes the outside of the wheel move fast, while turning the outside of the wheel makes turning the axle easy. Pulley: Made up of a wheel and a rope, the rope fitting on the groove of the wheel. This machine can either change the direction of the force, increase the efficiency of lifting a load, or make lifting the load easier. The more times the rope goes around a set of two wheels, the more efficient the pulley gets Screw: Changes the direction of force from around in a circle to down. The tool the "Screw" was named after this simple machine. Wedge: Also changes the direction of force from in one direction to out. This is used by scissors, axes, knives, or anything else that can cut.
A bolt is one of the easiest examples of a easy screw machine. It is a mechanical device that is used to preserve the two objects collectively with the assist of a washer and a nut. The bolt has thread cuttings all over its size that flawlessly suit the threads on the inner of a nut.
A screwdriver is nothing but an example of a tool
A funnel would be considered a simple machine known as a wheel and axle. The wheel and axle consist of a wheel (the circular opening of the funnel) attached to an axle (the stem or handle of the funnel) that rotates around a central axis. This design allows for the efficient transfer of materials, such as liquid or small particles, from a higher to a lower level through the funnel's narrow opening.
To remove a stripped screw effectively, you can try using a rubber band, a screw extractor tool, or a rotary tool with a cutting wheel. Place the rubber band over the screw head to provide extra grip, use the screw extractor tool to grip and turn the screw, or carefully cut a new slot with the rotary tool to turn the screw out.
The best truing stand thru axle adapter for accurate wheel alignment and maintenance is the Park Tool Thru Axle Adaptor.
it is when the computer doesnt have enough memory. im kidding i dont know ;)
To remove the rear hub from a bicycle wheel, you will need to first remove the cassette or freewheel from the hub using a cassette removal tool. Then, loosen the locknuts on the axle using a wrench and remove the axle from the hub. Finally, use a hub removal tool to unscrew the hub from the wheel.
To effectively remove a stripped screw, you can try using a rubber band, a screw extractor tool, or a rotary tool with a cutting wheel. Place the rubber band over the screw head and use a screwdriver to grip and turn it. Alternatively, use a screw extractor tool to grip the screw and turn it counterclockwise. If all else fails, carefully cut a slot into the screw head with a rotary tool and use a flathead screwdriver to turn it out.
To effectively remove stripped screws from a surface, you can try using a rubber band, a screw extractor tool, or a rotary tool with a cutting wheel. Place the rubber band over the screw head and use a screwdriver to grip and turn it. Alternatively, use a screw extractor tool to grip the screw and turn it counterclockwise. If all else fails, carefully use a rotary tool with a cutting wheel to create a new slot for a screwdriver to grip onto.
remove axle nut in center of wheel with a 32 milimeter socket.then jack up that side of car.use a jack stand under car for safety.there are six bolts holding the axle to the trans.you will need a number 8 starhead tool to remove these.they can be found at any auto parts store,just tell them what you are doing.use the tool to remove the bolts.drop the axle ,pull it out of the wheel hub.you may have to remove a wheel to allow room to do this,depending on which side you are replacing.reverse the procedure to install new axle.
1. buy steering wheel removing tool 2. remove horn cap (depending on year, don't lose the horn wire) 3. loosen the main bolt holding the wheel to the column 4. screw the tool on 5. slowly ratchet the tool down to get the wheel off
To remove a cassette from a bike wheel, you will need a cassette removal tool and a wrench. First, remove the quick-release skewer or axle from the wheel. Then, insert the removal tool into the center of the cassette and use the wrench to turn it counterclockwise to loosen and remove the cassette from the wheel.
To remove a cassette from a wheel, you will need a cassette removal tool and a wrench. First, remove the quick release skewer or thru-axle from the wheel. Then, insert the cassette removal tool into the lockring on the cassette and use the wrench to turn it counterclockwise to loosen and remove the cassette from the wheel.