When a substance is heated, a heating curve shows the changes in temperature as well as the physical state of the substance. A heating curve can chart the temperature versus the time elapsed as the changes take place.
Each point on a market supply curve denotes basically the same thing. Each point on the curve corresponds to the supply of something, but at a specific or given price.
rate is amount of product formed over time so for a plot of rate vs. time (reaction rate plot) a higher rate (M/hr), i.e. steeper curve/gradient corresponds to a higher amount of product formed over time
The heating curve for mercury illustrates the changes in temperature and phase as mercury is heated from solid to liquid and then to gas. Initially, mercury starts as a solid at low temperatures, where it heats up until it reaches its melting point (−38.83 °C), transitioning to a liquid state. As the temperature continues to rise, the liquid mercury heats until it reaches its boiling point (356.73 °C), at which point it vaporizes into a gas. The curve shows plateaus during the phase changes where temperature remains constant while the substance transitions between solid, liquid, and gas phases.
To draw a heating curve of a mixture, start by identifying the components and their respective phase changes (solid, liquid, gas). Plot temperature on the y-axis and heat added on the x-axis. As heat is added, the temperature will rise in the solid phase until it reaches the melting point, where it will plateau during the phase change to liquid. After all the solid has melted, the temperature will rise again until it reaches the boiling point, followed by another plateau during the phase change to gas. The curve reflects the unique properties of the mixture, including the varying phase change temperatures.
heating curve is hotter than the cooling curve
When a substance is heated, a heating curve shows the changes in temperature as well as the physical state of the substance. A heating curve can chart the temperature versus the time elapsed as the changes take place.
The upward sloping region of a heating curve typically corresponds to the solid-liquid equilibrium point on the phase diagram, known as the melting point or freezing point. At this point, the substance is absorbing heat energy to transition from a solid phase to a liquid phase while the temperature remains constant.
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The heating curve for glass would show a gradual and steady increase in temperature until it reaches its softening point, where it begins to deform. In contrast, the heating curve for water would show a relatively stable temperature increase until it reaches its boiling point, at which point the temperature remains constant until all the water has evaporated.
Heating curves (temp vs time) show the transition of a solid to a liquid to a gas. The solid begins to absorb heat, which is represented by a gradual increase in your curve starting from the origin. Eventually, the solid will reach the melting point, at which the temperature will cease to increase until it has fully transitioned to a liquid phase. Therefore, the melting point is the y-value correspondind to the first horizontal portion of the heating curve.
That is the boiling point
Each point on a market supply curve denotes basically the same thing. Each point on the curve corresponds to the supply of something, but at a specific or given price.
it must be an atom
When a substance is heated, a heating curve shows the changes in temperature as well as the physical state of the substance. A heating curve can chart the temperature versus the time elapsed as the changes take place.
The heating curve for frozen alcohol would be similar to water in that it will initially warm up until reaching its melting point, then heat continues to go into breaking bonds (lattice) without a temperature increase. However, the specific heat capacity and melting point of alcohol are different from water, so the temperature changes and plateau durations would vary.