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What else can I help you with?
How do you find complex zeros on a graph?
It's actually quite hard to graph complex numbers - you would need a four-dimensional space to graph them adequately. I believe it's more convenient to find zeros analytically for such functions.
How can you find the repeating digits of a decimal when the calculator display is not long enough to show the repeating digits?
You can try to subtract the first few digits that are displayed from the answer, but note that calculators work to a limited precision so you may not be able to get much more than 10 to 12 digits this way and if the decimal has more than 12 digits you will not be able to find all the digits. The only solution is to do the long division (by hand, using the digits displayed by the calculator, but when you run out of digits in the calculator, you can start a new division using the remainder so far to continue for the next few digits). Alternatively, find a calculator which works to more precision.
What number is 80 more then 365?
You seem to be unaware of the fact that you could have obtained the answer much more easily and quickly by using the calculator that comes as part of your computer.The answer is 445.
What number is 27 more than 1348?
You seem to be unaware of the fact that you could have obtained the answer much more easily and quickly by using the calculator that comes as part of your computer.The answer is 1375.
What number is 10 more than 534?
It is 534+10 = 544. You seem to be unaware of the fact that you could have obtained the answer much more easily and quickly by using the calculator that comes as part of your computer.
Will the graphing calculator do the same as a scientific calculator?
Usually a graphing calculator should have all the capabilities you expect from a scientific calculator (and more, since it does the graphing). For more details, check the manual of your calculator if you already have one.
What is the function of graphing calculators?
A graphing calculator is a calculator with the capability of graphing an equation on a built-in coordinate grid on the screen. They usually have a simple LCD grid screen, and by typing in the equation (e.g., 5x+3), the screen refreshes to display a graph of the equation in a set window range.
Where might one learn more about using a graphing calculator?
There are a number of good online resources for using a graphing calculator. These include Bright Storm, Math Bits, Dummies and GrafCalcWhiz amongst others.
Is There a calculator that's can solve Simplify exponets polynomials rational expressions etc?
i dont see why not. my math teacher had a calculator that could handle graph data and display it, try searching for graph calculator, this is on the first page < http://www.overstock.com/Electronics/Casio-Graphing-Calculator/3203235/product.html?cid=133635 >or search for algebraic calculator which comes back with results that sound more like what youre looking for but it is pricy < http://www.officegiant.co.uk/products.asp?ProductID=675980 >
Is a graphing calculator necessary for simple calculations?
No but it can still do them and then you have it when you need more complex problems answered.
Is calculator Ti84 the same as Ti84 plus?
-4
When was the calculator made?
The first solid state electronic calculator was invented in the 1960's. They are available in many different sizes. Smaller ones hold less capacity than say a graphing calculator that has more functions.
Why would someone choose to use a graphing calculator to solve a system of linear equations instead of graphing by hand?
Accuracy Graphing by hand is prone to errors, especially when working with equations that have fractional or decimal values. When graphing by hand, it can be difficult to plot points accurately, and small mistakes can lead to incorrect solutions. A graphing calculator, on the other hand, provides precise and accurate plots, minimizing the risk of errors and ensuring that the system of equations is solved correctly. Speed Graphing by hand can be time-consuming, especially if the equations involve fractions, decimals, or complex expressions. A graphing calculator can quickly plot the lines and identify the point of intersection, which represents the solution to the system. This saves significant time compared to manually plotting each point, drawing the lines, and finding where they intersect. Handling Complex Systems Some linear systems may involve equations with more complex coefficients, decimals, or large numbers. Solving these by hand can become tedious and challenging, especially if the equations have fractional values or large integers. The graphing calculator can handle these computations effortlessly and plot the solution without the need for manual calculations. Multiple Equations For systems of equations with more than two variables, graphing by hand can be nearly impossible in a two-dimensional space. While graphing two lines to find their intersection is simple, graphing three or more planes (in a 3D space) requires different tools. A graphing calculator, however, can work with multiple equations and variables, solving the system more easily and without needing a physical 3D plot. Visual Clarity Graphing by hand requires careful and precise plotting of points and lines, which can sometimes make the solution unclear or difficult to visualize, especially if the lines are close together or intersect at non-integer values. A graphing calculator provides a clear and detailed visual representation of the system, where you can quickly observe the intersection and determine the solution. Efficiency with Multiple Solutions In some cases, linear systems may have no solution (parallel lines) or infinitely many solutions (the same line), which can be difficult to identify by hand, especially if the lines are close. A graphing calculator can quickly show if the lines are parallel (no solution) or if they overlap (infinite solutions), helping you identify the type of solution without additional steps. Learning Tool For students, a graphing calculator can serve as a valuable learning tool. It allows them to focus on understanding the concept of linear systems and how to interpret their graphical representation, rather than getting bogged down in the manual process of graphing and calculation. It also allows students to experiment with different equations and see the immediate effects of changes to the system. Convenience and Ease of Use Once you input the equations into the graphing calculator, it performs all the necessary calculations and produces the graph with minimal input. This convenience makes it ideal for checking answers quickly or solving more complicated systems that would take longer to graph by hand. In Summary: A graphing calculator allows you to solve linear systems more accurately, quickly, and with greater ease compared to graphing by hand. It removes the potential for human error, saves time, and handles more complex systems of equations effortlessly. It also provides clear and immediate visual feedback, making it an ideal tool for students or anyone looking for a more efficient way to solve linear systems.
How do you graph a cosine curve?
Here is a video showing more complex graphing of a cosine curve. He has many great videos that you should check out if you need math help.
What is Graphing in science?
Graphing is a means originally invented by the French mathematician, Renee Descartes, by which mathematical data can be drawn and understood visually. It is used a lot in science. For example, if you wanted to show how nitrogen fertilizer effects the productivity of an apple tree, you could obtain data for various levels of fertilizer and the corresponding quantity of apples that result, and draw it on a graph, with the x axis being apples, and the y axis being fertilizer.
What is graphing speed?
Graphing speed refers to how quickly and efficiently a graph can be generated, displayed, or updated on a digital device or software. It is often measured in terms of frames per second (fps) or rendering time, indicating how smoothly data points or visual elements can be plotted or manipulated on a graph. Faster graphing speed allows for more real-time analysis and visualization of data.
How do you do graphs?
There are various types of graphs. You need to be more specific. Graphs exist for thousands of subjects, and each one is different. But, basically, you need to gather all verifiable information on the subject in question before you begin.
