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in this video were going to look at how to solve quadratics by using graphs now in a previous video ive showed you how to solve it whenever equals zero equals a number in this video were going to look at slightly more complex examples so um just to recap what i covered at the end of the last video here weve got the graph of y equals x squared minus two x plus four and we can use this graph to solve an equation such as this x squared minus two x plus four equals two and all you do is if youve got the graph of y equals x squared minus 2 x plus 4 so the graph of the expression on the left hand side of the equation and youve got thats equal to 2 well if you draw the graph y equals 2 on the graph also so lets just draw that now so y equals 2 is the horizontal line passing through 2 on the y-axis like so and to find the solutions to this equation all you need to do is find where those two graphs meet so you just draw the graph for this the graph for this and you find where they meet

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The resolution of a scale is the weighing range of the scale divided by the display readability. Resolution can be likewise defined as capacity divided by readability.

Precision lets the operator known how well-repeated measurements of the same object will agree with one another. Resolution is the total weighing range of a scale divided by the readability of the display.

A solution of a system of equations is a list of numbers x , y , z , that make all of the equations true simultaneously. The solution set of a system of equations is the collection of all solutions. Solving the system means finding all solutions with formulas involving some number of parameters.

Resolution Uncertainty is a factor that contributes to uncertainty in measurement. Its influence should be considered in every uncertainty budget. However, evaluating resolution uncertainty can vary depending on several factors.

Accuracy is the ability of a measurement to match the actual value of the quantity being measured. Resolution is the number of docHub digits (decimal places) to which a value is being reliably measured.

When converting to standard uncertainty, it is common to use the standard method. In this method, you will divide the resolution by the square root of 3. This method is best used when you have already evaluated and sub-divided the resolution of your measurement standards and unit under test.

How to calculate error Subtract the actual value from the expected value. First, subtract the actual value from the expected value. Divide by the actual value. After you find the difference between the actual and expected value, you can divide the result of the calculation by the actual value. Multiply the value by 100.

Heres how to use the formula to scale a resolution by percentage: Find the required pixel percentage by multiplying the original resolution width by its height. Then, divide the result by 100 and multiply it by your scale value.

The resolution of a measuring device is the fineness to which the instrument can be read. An instrument that can measure a quantity more finely is said to have higher resolution. The uncertainty of a measurement is the interval over which the true value of a measured quantity is likely to fall.

Resolution. Resolution (MSA) is the ability of the measurement system to detect and faithfully indicate small changes in the characteristic of the measurement result.

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