Marble Chips And Hydrochloric Acid Experiment

Using the apparatus shown the change in mass of carbon dioxide can be measure with time.

Marble chips and hydrochloric acid experiment.

In high concentrated acid the particles of the marble chip will move faster due to the more collisions between the particles of marble chips and the acid. Measured out 1ml of water in a 10ml measuring cylinder and placed into the test tube labelled 2. Measured 5ml of hydrochloric acid in the 10ml measuring cylinders and placed into each beaker separately. There are many variables that affect.

In the investigation i am going to find out how the surface area affects the rate of reaction by measuring the amount of gas produced and weight loss in a reaction between small large pieces of marble chips calcium carbonate and hydrochloric acid per minute. Hydrochloric acid to react with the marble chips independent variable marble chips to react with the acid dependent variable stopwatch to accurately time the experiment spatula to handle the marble chips measuring cylinder to precisely measure out different concentrations of hydryochloric acid electric balance to measure the mass g of the marble chips bung. This is due to the collision theory. An investigation of the reaction between marble chips and hydrochloric acid.

Calcium chloride solution is also formed. Place 40cm 3 of hydrochloric acid in an conical flask. Marble chips react with dilute hydrochloric acid to produce carbon dioxide gas. Marble chips calcium carbonate caco 3 react with hydrochloric acid hcl to produce carbon dioxide gas.

Plugged in scientific scales and weighed out 1g of marble chips for each test tube. Hydrochloric acid marble chips the experiment the aim of this experiment is to find out how different variables affect the rate at which the reaction between marble chips caco and hydrochloric acid hcl takes place. Marble chips placed onto pieces of paper. The rate of this reaction can be changed by changing the size of the marble chips.

To investigate the effect of concentration on the reaction between marble chips and hydrochloric acid materials.