it does not work it is a trick graph its like a bar graph but not!...
does it have graph calculator
no, work done is the area under a force-distance graph
The slope is how steep the line is and the y-intercept is where the line hits the y-axis. The two need to work together to graph a line because without one of those variables, you would not be able to properly plot a line.
Fourin - ter - sec - tion
In an undirected graph there is no conception of depth.So DFS can not work without considering depth.
it does not work it is a trick graph its like a bar graph but not!...
does it have graph calculator
a risoe graph is something that can can see work according to scale
no, work done is the area under a force-distance graph
The slope is how steep the line is and the y-intercept is where the line hits the y-axis. The two need to work together to graph a line because without one of those variables, you would not be able to properly plot a line.
Fourin - ter - sec - tion
either a pie chart or a bar graph would work...
If: y = x2+20x+100 and x2-20x+100 Then: x2+20x+100 = x2-20x+100 So: 40x = 0 => x = 0 When x = 0 then y = 100 Therefore point of intersection: (0, 100)
Step 1: Put x = 0 into the equation which becomes -4y = 20 so that y = -5. So mark (0, -5) as one point on the graph. Step 2: Put y = 0 into the equation which becomes 8x = 20 so that x = 2.5 So mark (2.5, 0) as another point on the graph. Step 3: Join the two point and extend the line in both directions. Step 4: Hand in your work!
You can work this out by solving one of the equations for either of the variables, and substituting that solution for that variable in the other equation. That will give you one either the X or Y co-ordinate for the point of intersection, and you can calculate the other one with one by plugging that back into one of the original equations: y = x + 4 y = 3x ∴ 3x = x + 4 ∴ 2x = 4 ∴ x = 2 y = 3x ∴ y = 6 So the point of intersection between the lines y = 3x and y = x + 4 is (2, 6).
Impediments with thermocouples. Temperature estimation with a thermocouple requires two temperatures measured, the intersection at the work end and the intersection where wires meet the instrumentation copper wires.