Blinds, clothes line, garage door, washing machine, flag pole, cd and DVD trays, and I think a sink has a pulley in it
Some examples of first-class levers you might find in your house are a seesaw, a pair of scissors, or a crowbar. These simple machines consist of a pivot point, a load, and an effort force applied to move the load.
To find the tension in rope a in a system of pulleys, you can use the formula T W/(2n), where T is the tension in rope a, W is the weight being lifted, and n is the number of pulleys the rope is passing through.
if you wanna find examples of pulley systems....you can go to this site. i dont no if this is exactly wat ur lookin fur but.....hope it helps!! <3 http://www.swe.org/iac/lp/pulley_03.html if you wanna find examples of pulley systems....you can go to this site. i dont no if this is exactly wat ur lookin fur but.....hope it helps!! <3 http://www.swe.org/iac/lp/pulley_03.html if you wanna find examples of pulley systems....you can go to this site. i dont no if this is exactly wat ur lookin fur but.....hope it helps!! <3 http://www.swe.org/iac/lp/pulley_03.html
Liquid: water. Solid: a chair, a dish - in fact, most of the objects in your home. Gas: the air we breathe. Plasma: You won't normally find it close to you. The Sun and other stars are made up of plasma. It an also be produced in laboratories.
No. Conservation of energy shows that any system can only deliver as much energy as is put in. In reality, all systems are less than 100% efficient, so any practical system will waste some (or much) of its input energy. But a pulley system can *multiply* force. Take a setup with a one-sheaf (wheel) pulley at one end, and a one-sheaf pulley at the other. Correctly strung, you will find that pulling two feet of rope will lift a load only one foot. If it were perfectly frictionless, you could draw on the rope with a 50-pound pull and lift a 100-pound load. It may seem that you've done magic with the rope - it's lifting 100 pounds, so how strong must it be? The answer is that there are two sections of rope supporting the load between the sheaves, so each section only bears (100/2) = 50 pounds. This is why you'll often see cranes with multiple-sheaf pulleys - the winding gear must wind *a lot* of steel rope to life or lower the load, but the rope can be much thinner than if a single rope was used.
blind folds
This says from YOUR daily life - the teacher wants YOU to look around you and find some pulleys, like in a machine or technology or anywhere you can find one. They're everywhere, so all you have to do is look around you in school or at home.
I couldn't find anyone in the house. Anyone could see that it was broken. I was desperate; anyone would do.
Some examples of first-class levers you might find in your house are a seesaw, a pair of scissors, or a crowbar. These simple machines consist of a pivot point, a load, and an effort force applied to move the load.
To find the tension in rope a in a system of pulleys, you can use the formula T W/(2n), where T is the tension in rope a, W is the weight being lifted, and n is the number of pulleys the rope is passing through.
On a house in the attic
In a house.
It's behind one of the camshaft pulleys. Why would a CRANKSHAFT position sensor be behind a CAMSHAFT pulley ??
you can find house spiders in houses it alll depends where you live.
in the House Of Representatives
on a house
Plants