I predict that the higher the temperature of the solution the faster the reaction will take place because the particles will collide more when the temperature rises.
The aim of this experiment was to test if the temperature affects the rate of reaction between hypo and dilute hydrochloric acid?
How does temperature affect the rate of reaction between hypo and dilute hydrochloric acid?
The kinetic particle theory explains the properties of different states of matter. The particles in solids, liquids or gases have different amounts of energy. As they are arranged differently and move in different ways. Solids vibrate on the spot and also are close together and are formed in a regular pattern. Liquids move around each other and are close together …show more content…
Measure out 50 mL of hypo solution into the small flask. Use a thermometer to measure the temperature of the solution.
2. Mark a cross with a pen on a sheet of white paper. Stand the flask on top of the cross. When hydrochloric acid is added to the hypo solution, it goes cloudy due to the sulfur colloid. The cross will seem to disappear when you look down through the neck of the flask.
3. Add 5ml of acid to the flask and start timing swirl the flask twice and not the time when the cross disappears.
4. Wash out the flask. Measure out another 50 mL of hypo and it to the flask
5. Put some water in a 500mL beaker. And add some ice. Put the flask in the beaker of the flask in the beaker of ice and let the hypo cool to about 10c
6. When the hypo has cooled, quickly take the flask out of the ice, wipe the water from the outside and put the flask on the cross. Add 5ml of acid immediately, start timing and swirl the flask twice.
7. Wash out the flask again. Measure out another 50mL of hypo and add it to the flask.
8. Put some hot water (from the hot tap or heated to about 60c) in the beaker. Sit the flask in the beaker and let the hypo warm to about 30c
9. 9 repeat step 6.
10. Repeat for 40c, and again record your …show more content…
The investigation could go into further evidence for the experiment by going on the Internet, looking in scientific books or asking teachers for about the experiment that was conducted. If the improvements were added, the satiates for the experiment would improve to making the experiment more accurate result and a fairer test. Going into further depth for the experiment would create a greater knowledge for the experiment of the reaction that happened would be understood more
The aim of this experiment was to test if the temperature affects the rate of reaction between hypo and dilute hydrochloric acid?
How does temperature affect the rate of reaction between hypo and dilute hydrochloric acid?
The kinetic particle theory explains the properties of different states of matter. The particles in solids, liquids or gases have different amounts of energy. As they are arranged differently and move in different ways. Solids vibrate on the spot and also are close together and are formed in a regular pattern. Liquids move around each other and are close together …show more content…
Measure out 50 mL of hypo solution into the small flask. Use a thermometer to measure the temperature of the solution.
2. Mark a cross with a pen on a sheet of white paper. Stand the flask on top of the cross. When hydrochloric acid is added to the hypo solution, it goes cloudy due to the sulfur colloid. The cross will seem to disappear when you look down through the neck of the flask.
3. Add 5ml of acid to the flask and start timing swirl the flask twice and not the time when the cross disappears.
4. Wash out the flask. Measure out another 50 mL of hypo and it to the flask
5. Put some water in a 500mL beaker. And add some ice. Put the flask in the beaker of the flask in the beaker of ice and let the hypo cool to about 10c
6. When the hypo has cooled, quickly take the flask out of the ice, wipe the water from the outside and put the flask on the cross. Add 5ml of acid immediately, start timing and swirl the flask twice.
7. Wash out the flask again. Measure out another 50mL of hypo and add it to the flask.
8. Put some hot water (from the hot tap or heated to about 60c) in the beaker. Sit the flask in the beaker and let the hypo warm to about 30c
9. 9 repeat step 6.
10. Repeat for 40c, and again record your …show more content…
The investigation could go into further evidence for the experiment by going on the Internet, looking in scientific books or asking teachers for about the experiment that was conducted. If the improvements were added, the satiates for the experiment would improve to making the experiment more accurate result and a fairer test. Going into further depth for the experiment would create a greater knowledge for the experiment of the reaction that happened would be understood more