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Its a point on the galvanometer where the galvanometer shows no deflection as no current passes through it.
Vedanta aluminium operates the world’s biggest aluminium smelter plant of India at Jharsuguda, Odisha.
The plant has 1.6 MTPA aluminium smelting capability and a related 3615 MW thermal electricity technology facility. The only Indian plant withinside the global ‘1 Million Tonne’ production and export club, vedanta Jharsuguda is a frontrunner in added aluminium merchandise that discover crucial packages throughout core industries.
Since our 1st heat steel sound in March of 2008, our aluminium smelting unit at Jharsuguda has come to an extent to set up itself because it's the world’s biggest single-region plant.
The null point in a potline of an aluminium smelter refers to the point at which current distribution across the electrolytic cell is at its minimum, indicating the least amount of aluminium production in that specific cell. Optimizing the positioning of anodes and cathodes in relation to this null point is crucial for maximizing efficiency and reducing energy consumption in the smelting process.
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In scientific terms what does P value stand for?
The p-value is the probability of obtaining results as extreme as the observed results, assuming that the null hypothesis is true. A smaller p-value indicates stronger evidence against the null hypothesis. Typically, a p-value of 0.05 or less is considered statistically significant.
What is an example of an non element?
A non-element can be a set that does not contain any elements, known as the empty set or null set, denoted by {}. It is not considered an element in itself but rather a subset of all sets.
What is hypothesis composed?
A hypothesis is composed of two parts: the null hypothesis, which states that there is no effect or no difference between groups, and the alternative hypothesis, which states that there is an effect or a difference. These two components together form the basis for statistical testing and inference in research.
How many elements of N2 have?
In set theory, the cardinality or size of N^2, representing the set of all ordered pairs with both elements from the natural numbers, is aleph-null (ℵ₀), which is the same as the size of the natural numbers.
Write a lisp function that counts number of atoms in a list?
Count the number of atoms in a list.A. (defun only-atoms (listx)(cond ((null listx) t)((atom listx) 2)((atom (first listx)) (only-atoms (rest listx)))(nil (+ 1 (only-atoms (first listx))(only-atoms (rest listx))))))
What are the subset of a line?
The line, itself, is a subset (though not a proper subset). A ray is a subset of a line with one end-point which extends in only one direction. A line segment is a subset of a line with two end points. A point is a subset of a line. Finally, nothing is a subset (the null subset) of a line.
If null is compared with null what is the result-true or false or null or unknown?
You mean SQL? NULL = anything IS NULL NULL <> anything IS NULL ... NULL IS NULL = TRUE NULL IS NOT NULL = FALSE
What does the mid point mean in a graph?
null
Define subset of a line in geometry?
By: Tedd Mikhail Ulit ( sori yan lang po yung nasa libro eh :)) The line, itself, is a subset (though not a proper subset). A ray is a subset of a line with one end-point which extends in only one direction. A line segment is a subset of a line with two end points. A point is a subset of a line. Finally, nothing is a subset (the null subset) of a line.
What is a NULL Point of a galvanometer?
Its a point on the galvanometer where the galvanometer shows no deflection as no current passes through it.
What actors and actresses appeared in Null Sonne No Point - 1997?
The cast of Null Sonne No Point - 1997 includes: Lester Bowie as himself Hartmut Geerken as himself Roscoe Mitchell as himself
What is null point in C programming?
I'm going to go out on a limp here, and guess you mean "Null Pointer." Well, it's a pointer to nothing. For most systems, it's 0, but rather use NULL instead.
What is a key point of stretching?
null set ,universal set,cardinality set
C plus plus program of periodic table?
The Periodic Table Of Elements has a well defined order. The layout can be emulated easily since the arrangement is quite logical.The first step would be to define a struct containing the following members as a minimum:- atomic number (int - number of protons in its nucleus)- symbol (char* - short form of the element name)- name (char* - long form of the element name)i.e.:struct elementinfo {int atomicnumber;char *symbol, *name;};Other members can be added as your program develops.The next step is to arrange the table itself. If you're using Win32 or another graphical system, it's a matter of drawing a box (Win32 would require a MoveToEx() call and four LineTo() calls) and TextOut() (or a related function) for the atomic number and element symbol (centered horizontally and aligned top and bottom respectively).Including conio.h or curses.h would give you the ability to position the cursor and even change the text color, allowing for an alternate "graphical" method.To keep things simple, storing the elements in an array would require something akin to the following:struct elementinfo elementlist[]={{1, "H", "Helium"}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {2, "He", "Helium"},{-1, NULL, NULL},{3, "Li", "Lithium"}, {4, "Be", "Beryllium"}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{0, NULL, NULL}, {0, NULL, NULL}, {0, NULL, NULL},{5, "B", "Boron"}, {6, "C", "Carbon"}, {7, "N", "Nitrogen"},{8, "O", "Oxygen"}, {9, "F", "Fluorine"}, {10, "Ne", "Neon"},{-1, NULL, NULL},...{-2, NULL, NULL}};In the above array, {0, NULL, NULL} represents a blank displayed for that particular cell, and {-1, NULL, NULL} represents a newline. The {-2, NULL, NULL} signifies the end of the table. The following for() loop would wrap around your display code like so:for (count=0; elementlist[count].atomicnumber!=-2; count++) {if elementlist[count].atomicnumber==-1) {// jump to next line of elements}else {// display current element}}Drawing this graphically, you'd have to keep track of the current cursor (X, Y) position.If you are sending this to stdout or another text stream (i.e. text file), you could draw each line, referencing the array of elements as you go. The list of elements would have to be stored in a nested array: the outermost array contains each line of elements in an array. This would do away with the {-1, NULL, NULL} terminating each line of elements.Extending this code to use classes would be relatively simple, but might only make sense if you were drawing this graphically storing each element as an object.The Lanthanides and Actinides, since they're displayed separately from the main table, would probably have to be stored separately for sake of convenience.Also, as laboratories continue to synthesize (or, on the rare chance, discover) new elements, the layout of the table may change (even drastically) to suit. Thus, the code would have to be altered accordingly.See the related links below for more ideas on how to design a program that displays the Periodic Table of Elements.(Note: Code originally posted was copyrighted. Added to related links.)
What does null means in java?
Null is a value that any variable can have. It means the absence of a value. However, null can only be assigned to object reference variables; attempting to execute a method on a null variable will cause the JVM to throw a NullPointerError.
What is a null angle?
A null angle is an angle that measures zero degrees, meaning it's as exciting as watching paint dry. It's basically a line pretending to be an angle, like a party pooper in the world of geometry. So, if you're looking for some action, you won't find it with a null angle.
Explain the principle of null-method of measurement?
The null method is used in measuring the unknown EMF of batteries. The method is about using a potentiometer circuit with the battery of a known and then an unknown EMF connected to it one after the other and locating, in each case, the position of the 'null point'; the point on the potentiometer circuit where the current through the battery is zero.
