The rate of a reaction is how quickly the reactants form products.
Rate of Reatcion = mountain of products formed cm
Time taken (secs)
In this particular experiment the reactants are milligram (Mg) and hydrochloric acid lead be used. I will be using different molars and the molar, which gives me the near accurate result I will be using.
Aim:
The aim of the probe is to find pop out the factors affecting the rate of reaction between the magnesium denudate and the acid. There are four main factors, which can mould the rate. These factors are:
1 Concentration of acid
2 Temperatures
3 Surface area of magnesium strip
4 figurehead of a catalyst
For my experiment the only factor I will change is the surface area. I am going to sumptuous the 10cm magnesium ribbon, and make the surface area smaller and exhibit my results and see which produced more CO2 when the surface area was at 10cm the maximum or when the surface area was at its smallest.
In my investigation the factor I am going to change is the duration of the ribbon. I will be folding the 10cm strip into 5cm. and indeed I will fold the 5 cm into 2.5cm then into 1.25cm
Prediction:
I predict that the 10cm magnesium ribbon will produce the most gun for hire because it has a larger surface area.
I recall this because the 10cm and new bonds will be do.
When the surface area is made smaller, the surface area will start to decrease because be mor bounce off each other. This would therefore mean the gas would take longer to be produced
The content so farther is good, but you need to try and submit the whole vagabond otherwise the prediction is detailed and useful.
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