Glow Stick Lab
Glow Stick Lab – Informal
Hypothesis:
I believe the glow sticks will become ultimately brighter in the warmer temperature beaker as heat cause molecules and particles to move faster and rapidly thus producing energy where as when the glow stick is the cold temperature beaker I believe it will dim in light as energy id being taken away as particles are moving much slower and are closer to each other.
Materials:
* Hot plate * Two beakers (200mL) * Two glow sticks * Water * Thermometer * Beaker Tongs
Procedure:
1. Retrieve the materials needed to perform this experiment. 2. Take Beaker 1 and fill it ¾ full with refrigerated water (12 degrees Celsius). 3. Take Beaker 2 and fill it ¾ full with room temperature …show more content…
Analyze and record in your observation chart to what happened to the glow sticks after they were put in the two different temperate waters.
Observations:
| Beaker 1 (cold) | Beaker 2 (hot) | Temperature (degrees Celsius) | 12 | 95 | Glow stick brightness before on scale of 1-10 | 7/10 – Bright | 7/10 – Bright | Glow stick brightness after on scale 1-10 | 4/10 – Dimmed | 10/10 – Very Bright |
Data Analysis: 1. Yes my prediction was correct as the glow stick has become intensely brighter when emitted into the hot temperature water while the other glow stick dimmed as it came in contact with the cold temperature water. This was due to the lack of energy being produced thus letting the glow stick particles to slow down. 2. When the glow stick was emitted into the warm water it became brighter as the light output increased. This is because to the increase of energy as heat produces light and energy. The energy allowed the glow stick particles to rapidly move and spread. 3. When the glow stick was emitted into the cold water it became dimmer as the light output decreased. This is because the cold water causes the glow stick particles to slow down thus causing the light to have a decrease in energy as energy is produced from …show more content…
I think the change in brightness occurred because of the energy levels the temperatures produced. The heated water produced more light because heat results and creates light and energy. As well the heat caused the glow stick particles to move more rapidly which was as well due to the increase of energy. However I think the change in brightness in the other beaker was a result of loss of energy. By putting the glow stick into the cold water you are depriving it from heat, energy and light thus a decrease in the particle movements of the glow stick which results into dimness. When particles move slower this is a result of a loss of energy, in this scenario the loss of energy caused the glow stick to dim in
Hypothesis:
I believe the glow sticks will become ultimately brighter in the warmer temperature beaker as heat cause molecules and particles to move faster and rapidly thus producing energy where as when the glow stick is the cold temperature beaker I believe it will dim in light as energy id being taken away as particles are moving much slower and are closer to each other.
Materials:
* Hot plate * Two beakers (200mL) * Two glow sticks * Water * Thermometer * Beaker Tongs
Procedure:
1. Retrieve the materials needed to perform this experiment. 2. Take Beaker 1 and fill it ¾ full with refrigerated water (12 degrees Celsius). 3. Take Beaker 2 and fill it ¾ full with room temperature …show more content…
Analyze and record in your observation chart to what happened to the glow sticks after they were put in the two different temperate waters.
Observations:
| Beaker 1 (cold) | Beaker 2 (hot) | Temperature (degrees Celsius) | 12 | 95 | Glow stick brightness before on scale of 1-10 | 7/10 – Bright | 7/10 – Bright | Glow stick brightness after on scale 1-10 | 4/10 – Dimmed | 10/10 – Very Bright |
Data Analysis: 1. Yes my prediction was correct as the glow stick has become intensely brighter when emitted into the hot temperature water while the other glow stick dimmed as it came in contact with the cold temperature water. This was due to the lack of energy being produced thus letting the glow stick particles to slow down. 2. When the glow stick was emitted into the warm water it became brighter as the light output increased. This is because to the increase of energy as heat produces light and energy. The energy allowed the glow stick particles to rapidly move and spread. 3. When the glow stick was emitted into the cold water it became dimmer as the light output decreased. This is because the cold water causes the glow stick particles to slow down thus causing the light to have a decrease in energy as energy is produced from …show more content…
I think the change in brightness occurred because of the energy levels the temperatures produced. The heated water produced more light because heat results and creates light and energy. As well the heat caused the glow stick particles to move more rapidly which was as well due to the increase of energy. However I think the change in brightness in the other beaker was a result of loss of energy. By putting the glow stick into the cold water you are depriving it from heat, energy and light thus a decrease in the particle movements of the glow stick which results into dimness. When particles move slower this is a result of a loss of energy, in this scenario the loss of energy caused the glow stick to dim in