The glass jar.
Leather is not a good insulator for keeping warmth in. It is a poor insulator and does not retain heat well.
You can do it in 9 steps. That is one of the possible solutions. Others may have a faster solution. Columns A, B, and C represent the amount of water in the 10L, 7L, and 3L jars, respectively. A B C -- -- -- 10 0 0 <-- starting point 3 7 0 <-- fill up the 7-L jar 3 4 3 <-- fill up the 3-L jar from the 7-L jar 6 4 0 <-- pour the content in the 3-L jar into the 10-L jar 6 1 3 <-- fill up the 3-L jar from the 7-L jar 9 1 0 <-- pour the content in the 3-L jar into the 10-L jar 9 0 1 <-- pour the content in the 7-L jar into the 3-L jar 2 7 1 <-- fill up the 7-L jar 2 5 3 <-- fill up the 3-L jar 5 5 0 <-- pour the content in the 3-L jar into the 10-L jar ============================
Yes, a candle in a large jar will typically burn longer than a candle in a small jar. This is because the larger jar provides more oxygen for the flame, which helps the candle burn more efficiently. Additionally, the larger jar can contain more wax, extending the burn time.
One material that conducts thermal energy poorly is Styrofoam. This material has a low thermal conductivity due to its high concentration of trapped air pockets, which hinders the transfer of heat. This property makes Styrofoam a good insulator for keeping things cool or warm.
No, candle wax is not a conductor of electricity. It is an insulator.
leyden jar was the first capacitor
The Leyden Jar was the original capacitator invented in Holland and Germaney at almost the same time.
The leyden Jars purpose is the first discovery of electricity!
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An electrophorous,a leyden jar, a charge?
leyden jar
It can only power a flash light!
Since glass isn't a conductor, a glass jar is an insulator.
conductor
A Leyden jar is a device used to store static electricity. It consists of a glass jar coated inside and out with metal foil with a metal rod or wire passing through the lid to make contact with the inner foil. When a high voltage charge is applied to the inner foil via the rod, the charge is stored in the glass insulator until it is discharged through the outer foil, creating a spark.
A material like felt or neoprene is a good insulator to wrap around a jar, as they are both thick and can help maintain the temperature inside the jar. Additionally, using materials like wool or denim can also provide good insulation for jars.
To measure the charge in a Leyden jar, you can use a high-voltage ammeter or a sensitive electrometer connected to the jar's terminals. By discharging the jar through the measuring device, you can determine the current and the time it takes for the discharge, allowing you to calculate the total charge using the formula ( Q = I \times t ), where ( Q ) is the charge, ( I ) is the current, and ( t ) is the discharge time. Additionally, you could measure the voltage across the jar and use the capacitance of the jar to find the charge using the formula ( Q = C \times V ), where ( C ) is the capacitance and ( V ) is the voltage.