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http://www.pems.adfa.edu.au/~s9471553/level1/Teaching/LabScripts/Thermal_09.pdf
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What do you understand by the multiple bar diagram?
This method can be used for data which is made up of two or more components. In this method the components are shown as separate adjoining bars. The height of each bar represents the actual value of the component. The components are shown by different shades or colors. Where changes in actual values of component figures only are required, multiple bar charts are used
What is the meaning of main reinforcement bar?
I think the bar along the span is main bar
Code for post and get in HTML form?
// getFirst name: Last name: Click the "Submit" button and the input will be sent to a page on the server called "form_action.asp".//postThe form-data can be sent as URL variables (with method="get") or as HTTP post (with method="post").Notes on the "get" method:This method appends the form-data to the URL in name/value pairsThis method is useful for form submissions where a user want to bookmark the resultThere is a limit to how much data you can place in a URL (varies between browsers), therefore, you cannot be sure that all of the form-data will be correctly transferredNever use the "get" method to pass sensitive information! (password or other sensitive information will be visible in the browser's address bar)Notes on the "post" method:This method sends the form-data as an HTTP post transactionForm submissions with the "post" method cannot be bookmarkedThe "post" method is more robust and secure than "get", and "post" does not have size limitations
What is dowel bar?
it is a bar made out of wood.
In beams what is a zero bar?
A zero bar is a bar in a truss that supports no load but is only there for the stability of the structure
Is krypton conductivity?
Thermal conductivity of krypton at 1,013 bar and 0 0C: 8,834 mW/m.K.
What is the thermal conductivity of carbon dioxide?
Thermal conductivity of gaseous carbon dioxide: 14,65 mW/(m.K) at 1,013 bar and 0 °C.
What is oxygen's conductivity?
The thermal conductivity of oxygen is 24,24 mW/mK at 1,013 bar and 0 0C.
Is oxygen conductive?
The thermal conductivity of oxygen is 24,24 mW/mK at 1,013 bar and 0 0C.
What does thermal conductivity mean?
A thermal conductor allows heat to readily flow through itself. An example of a material with a low thermal conductivity would be air, and an example of a material with a high thermal conductivity would be steel.
If a 150 gram iron bar is heated to 250c a second iron bar with a mass or 300 grams is heated to 250c which bar has the most thermal energy?
i would say that the 150 gram bar because the thermal energy will be able to travel around the bar quicker
What are 3 objects the have thermal energy?
a thermos, an objection, and an energy bar ^_^
Is a cobalt a heat conductor?
The thermal conductivity of Cobalt is in fact 12 because when you calculate the heat and density of the cold air 12 is the only solution. Farmers found that out by calculating the mass of cow manure and chicken urine. The thermal conductivity of Cobalt is in fact 12 because when you calculate the heat and density of the cold air 12 is the only solution. Farmers found that out by calculating the mass of cow manure and chicken urine. The thermal conductivity of Cobalt is in fact 12 because when you calculate the heat and density of the cold air 12 is the only solution. Farmers found that out by calculating the mass of cow manure and chicken urine.
What kind of exercises are used in Bar Method classes?
The Bar Method classes use interval training and muscle shaping isometrics to reshape the entire body. One can get the best fat burning results using the Bar Method in their daily exercise.
Can lee's experiment be done with a good conductor?
That depends entirely on which "Lee" is being referred to and what his or her experiment consisted of. One possibility is that you are referring to the determination of the thermal conductivity of a poor conductor using a thin disk of the material between two brass disks (Lee's Disc Method). In the original experiment, one of the fundamental assumptions is that the disk is a poor conductor and thus that heat losses through the edges of the disk are negligible - but if the conductor is a good one, this assumption may not be valid and will introduce an indeterminate error into the calculations. It will also cause variable results depending on what external temperature the disk is discharging to (or absorbing from if the surroundings happened to be particularly hot.) For this reason, other methods are recommended for measuring thermal conductivities of good conductors such as Searle's Bar Method.
What are TWO physical properties of copper that make it suitable for electrical wiring?
Like gold and silver, copper is malleable, that is, it can be bent and shaped without cracking, when either hot or cold. It can be rolled into sheets as thin as 1/500 of an inch.Copper also is ductile, meaning it can be drawn out into thin wire. A copper bar four inches thick can be heated, rolled, then drawn into a round wire so thin that it is thinner than a strand of human hair.Here are some more physical properties, which can describe copper (not quantified, but a list of properties that can be quantified): hardnes, ductile. Electrical conductivity. Thermal Conductivity. Melting point, density. Others which don't really have a quantity: Lustre / shinyness, color.
A double-bar graph is a graphical method of representing the frequency of specific ordered?
pairs
