A liter weighs 1 kg; 30 l weighs 30 kg - that is heavy but most people over age 15 can lift it
You can lift a locomotive or a house with 1 psi, if the pressure is applied over a large enough area.
Archimedes' principle: an object in water experiences an upward lift equal to the weight of the volume of water being displaced. volume of water displaced = 8000 cm3 weight of water displaced ~ 1 g/cm3 at room temperature and sea level weight of cube in air = 16000 kgf lift ~ 8000 gf = 8 kgf weight of cube in water = 16000 kgf - 8 kgf = 15992 kgf
The answer would depend on the units used for the force. Since these are not specified, it is not possible to answer the question.
A forklift will lift up to ten thousand pounds. A material lift is smaller and will only lift about five hundred pounds. There also a price difference if you know which one you need and want.
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A liter weighs 1 kg; 30 l weighs 30 kg - that is heavy but most people over age 15 can lift it
If you and the bottle are anywhere near the Earth's surface, AND there's no other force working against you, AND the bottle itself weighs zero and you only have to lift the water, then you need to lift it with any force greater than roughly 19.6 newtons.
A liter is 1000 cubic centimeters which weigh 1 kg; 30 liters weighs 30 kg so it depends on how strong you are; most well fit young adults can lift this but need to be careful. Most children under 12 will not be able to lift this.
Fill a 2 litre bottle with water.then lift it
A child can hold up until 20grams (if they are babies,) It depends on the age of the child's age and strength really, but I think in a scientific way that a little child cannot hold up until 30 litre bottle of water.
It would be difficult, since that is over 8 gallons of water, so the weight of maybe 1 and a half 5 gallon buckets. Remember that water weighs about 7 pounds per gallon.
To put a water bottle on a water dispenser, simply lift the bottle and place it on the designated area on the dispenser, usually on the top. Make sure the bottle is securely in place to avoid spills or leaks. Follow any specific instructions provided by the dispenser manufacturer for best results.
Lift the empty bottle out of the water cooler and move out of the way. Open the seal of the full bottle, while it is sitting on something. Lift the full bottle and flip over quickly, so that the narrow end (where you took off the sealed cap) fits in the opening of the cooler. Adjust to make sure it is centered and balanced on the cooler. Enjoy
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The additional volume will provide a greater reaction mass, but with a smaller space remaining for the pressurized air that actually provides the thrust energy. Experiments with the volume of water should provide clues to the optimum amount. NOTE : at no time should the air pressure in the pressure chamber exceed the MAXIMUM SAFE PRESSURE.
When picking up an empty juice bottle, there is less mass to lift compared to a full juice bottle, which requires overcoming the additional weight of the juice inside. Inertia also plays a role, as the full juice bottle will have more inertia due to its greater mass, making it more resistant to being lifted compared to the empty bottle.