You would do a calorimetry experiment. There are a number of ways to do this depending on what type of material you have. Essentially, you add a known amount of heat to an object, and you measure the temperature change (the mass of the object must be known, and also it must be as well insulated as possible.
See the Web Links for more information about calorimetry experiments.
joules
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(celcius)(grams)
Measure the temperature of a sample of metal. Heat it in a 100 degree Celsius bath and then put into a Styrofoam cup of water. Wait for the temperature to reach equilibrium and record the change in the water's temperature. Knowing the specific heat of water, the specific heat of the metal is easily found.
Use a liquid other than water that you know would not react with that specific metal, making sure you know the specific heat capacity of that liquid so that you can accurately determine the specific heat of the metal.
Most pure metals that react with water do not react with oil; however, oil is a poor choice at very high temperatures due to its tendency to burn at such temperatures.
Metal atoms held together by covalent bonds .
There is a possibility that electronegativity can determine the activity series. This activity could knock ions out of solution and ranking in a series.
you will have to determine the properties of your sample, and compare these with a table of properties of metals. Density is a good easy one to start with. But you could consider colour, softness and so on.
Brittle
Yellow shiny metal
Metal atoms held together by covalent bonds .
Density. :)
There is a possibility that electronegativity can determine the activity series. This activity could knock ions out of solution and ranking in a series.
There are three metals that have this specific heat cast iron, chromium and iron. You have to check the physical characteristics of the metal you used in your lab to determine which out of the three is the correct one.
one method is to digest the metal using an acid and then use atomic absorption spectroscopy to determine which metal and how much of that metal is present in the solution. You can then work backwards to determine how much of a particular metal was in your sample (you need to know how much metal was used to make the solution).
Because the heat energy absorbed or released by the water is dependent on the mass of the water. q=m x c x delta T The equation tells you that you need a mass, a specific heat and a change in temperature to figure out the specific heat of the metal.
It depends on what type of car you have to determine what kind of cash you can get for it. You can get around $100 to $300 for scrap metal on your vehicle.
you will have to determine the properties of your sample, and compare these with a table of properties of metals. Density is a good easy one to start with. But you could consider colour, softness and so on.
As for any famous musicians I am unsure but there are millions of heavy metal musicians out there and a percentage could have this specific birthdate.
Most metal detectors use ordinary alkaline batteries, but newer ones may use other types of batteries. Check the owner's manual for the specific model of metal detector to determine the correct battery for it.
No. Metals have a relatively low specific heat.
The answer depends on many factors:type of metal and its specific heat capacityquantity of metal in questioncurrent metal temperaturecurrent ambient temperatureDepending on these factors the answer could range from mere moments to hours or even days.