Poor hot water over it & slam it on a counter while rotating the jar.
It will loosen up.
Also, lift some weights.... It will definitely help.
If you take a blunt tipped knife or a butter knife and wedge it in between the lid and jar, the air seal will break and the jar is easy to open.
A lid that has been removed from a jar.
Heating the lid of a jar causes the metal to expand, breaking the seal between the lid and the jar. This makes it easier to open because the pressure inside the jar is released, reducing the force needed to twist the lid off.
run lid over hot water and open with a cloth over lid.
To open a Tostitos jar, twist the lid counterclockwise until it comes off. If it's difficult to open, you can try tapping the lid gently on a hard surface to break the seal.
A type of simple machine found on the lid of a pickle jar is a screw. Turning the lid either tightens or loosens the screw, allowing you to open or close the jar.
Using hot water to open a metal jar lid helps to expand the metal, making it easier to twist open the jar. The heat from the hot water causes the metal to expand while the glass of the jar remains relatively unaffected, creating a temperature difference that helps to loosen the lid.
Heating up the lid of a jar causes it to expand slightly, which can help break the seal between the lid and the jar. This makes it easier to open because the expanding metal in the lid relieves some of the pressure that is holding the lid tightly in place.
1. If the jar had been previously open, the inside of the lid or the screw area of the jar may have gotten moist from the material in the jar. Putting the jar back in the refrigerator will cool the material on the lid making it less viscose (thicker) and possibly stickier making it harder to separate the lid from the jar. 2. Putting a jar in the refrigerator will make it colder. Because of the physical properties of metal and glass or plastic, the cold will make the metal lid contract/shrink more than the rest of the jar. Although the degree of shrinkage is very small, it could be enought to tighten the lid around the jar making it harder to remove the lid.
The resistance force when unscrewing a jar comes from the friction between the lid and the jar. This frictional force can vary based on factors such as the tightness of the lid, the presence of any sticky substances, and the material of the lid and jar. Applying force in the opposite direction overcomes this resistance force to open the jar.
cool it. When molecules are cooled they compress.
Running hot water over a tight lid causes the metal to expand slightly and lose some of its grip on the jar, making it easier to open. The heat loosens the seal between the metal lid and the glass jar, reducing the friction and making it easier to break the seal.
Thermal expansion can cause the lid of a jar to expand, making it more difficult to open. This is because as the temperature increases, the metal lid expands, creating a tighter seal with the glass jar. This increased tightness can make it harder to break the initial seal and twist open the jar.