Heirhey
There are five primary types of graphs, with variations on them:- 1) Line diagram - in various styles with or without smoothing. 2) Bar - as Simple bar, Multiple bar, Sub-divided and Duo-directional or Bi-lateral diagrams. 3) Circular or pie diagram. 4) Polar graph (amplitude v. angle; not the same as the Pie chart above) 5) Column graph (like the bar charts but with vertical instead of horizontal stripes) Microsoft also went through a phase of inventing some very odd, other types of "chart" (to use its word) but these were of little or no mathematical value, and seemed primarily for sales presentations and the like.
amplitude=1 period=2 pi phase shift=0 vertical translation=pi/4 it will start at (0,1) on the y-axis and cross through pi on the x-axis, then the min will be in the middle of pi and 2 pi at -1. there will be one complete wave to 2 pi on your graph (one curve on top and one on bottom of the x-axis), but then you need to shift it to the left, so that the graph will start at (0,-1).
I saw on another site that what you do when you get that error, is to change the position of the feed dogs and change them back again. Then rotate the wheel. It works!
1TR = 3.5KW in Single phase and 1.2KW in 3-phase
Heirhey
The flat portion of a temperature-time graph indicates a phase change where the substance is either melting or boiling. During these phase transitions, the temperature remains constant as the substance absorbs energy to change its state rather than increase in temperature.
Different
The plateau on the graph indicates that the water has reached its boiling point and is transitioning from liquid to gas phase. During this phase change, the temperature remains constant while the water absorbs heat to break intermolecular bonds and change its state.
A sudden change in slope or discontinuity in the graph would indicate a phase change taking place. This can be seen as a sharp point or step-like feature in the graph.
Well, honey, the graph at the melting and freezing points of water is flat as a pancake. This shape tells you that the temperature remains constant during these phase changes. So, don't expect any temperature changes while water is busy melting or freezing, darling.
It is because that is when the change is occurring, and the diagonal part is when the process has already happened
The graph that best represents a change of phase from a gas to a solid would show a decrease in temperature over time as the gas loses energy and transitions into a solid state. The temperature remains constant during the phase change itself due to the energy being used to break intermolecular bonds rather than increase temperature.
Thermal energy (heat)
The plateau indicates that the water is undergoing a phase change from liquid to gas, known as boiling. During this phase change, the energy absorbed is used to break intermolecular bonds rather than increase the temperature. This results in the temperature remaining constant until all the liquid has been converted to gas.
The flat portion of the temperature-time graph during the melting point experiment indicates that the substance is undergoing a phase change. As heat is being absorbed to break the intermolecular bonds and transform the solid into a liquid, the temperature remains constant until all of the substance has melted.
Yes. Strictly speaking there should be no temperature change during a phase change.