(a) Briefly identify the method to measure the density of wooden.

To measure the denseness of the wooden you have to understand the mass and the volume of the solid wood. This is because denseness equals mass divided simply by volume. First you start by working out the volume in the wood this can be done by multiplying the length of the wood the width of the wood as well as the height of the wood together. Once you find out your volume of the wood using the formula afterward you have to exercise the mass of the wood by using a digital scale as it provides you the exact value with the wood in grams. Given that you got the mass and the volume of the wood you then have to find out the denseness using the mass and volume calculated. This is done by dividing the mass by the volume to find out the density from the wood that you are trying to determine

(b) Explore another approach to measuring the density of solid and compare this kind of with over method explained in

(a) Another way in which finding out the density of the solid thing can be found through a pycnometer. This will allow you to identify out the worth of virtually any solid thing. To work out the density in the object by using a pycnometer we must first see how much is the mass in the pycnometer. When that is done you then need to then measure the pycnometer while using solid thing within it. After that is performed we than have to add water to it and determine the weight of the pycnometer today. With the water that is added to the pycnometer we then can find out the quantity of the added water using the formula V= m/Ï. The quantity of the object will then enable us to obtain the difference between the volume of this particular that floods the clear pycnometer. The quantity will then be worked out as the mass with the object subtracted by the mass of water then divided by the density of the normal water.

After we have worked this kind of out we can then utilize the formula density equals mass divided by simply volume. This really is another way where the density of the water is available. However , both methods vary. The fist process enables you to find the density quicker that by using a pycnometer. Yet , it is simply no precise due to the different weighing machines that can be used to measure the mass. However , the pycnometer provide a more reliable to result the moment finding out the density. Additionally , the pycnometer is a longer process to complete when ever finding out the density

(c) Briefly illustrate the method to measure the denseness of drinking water.

To calculate the density of the water you must determine a volume of drinking water using a managed to graduate cylinder, this cylinder can be calibrated in millilitres. The units with this is 1ml is 1cm3. As we will certainly measure the mass of the drinking water in the cyndrical tube we have to subtract the mass of the cylinder from the total mass from the water and cylinder. Through a digital scale, it will let you make this easier. You need to first set the empty canister on the level. Then once you workout the mass you then take away that in the volume of the you measure using the tube. Then when you exercise the mass of the normal water and the amount of the water you then have to split the mass of the normal water by the amount of the water to have the total density of the drinking water.

(d) Explore one more method of measuring the density of the liquid and evaluate this with above technique described in

(c) Another way in which discovering the denseness of liquefied is by likewise using a pycnometer to find out the density of the water. This really is an alternative method of finding out the density of water. The vital thing is that you first have the pycnometer and you fill up it up with water this will likely give you the amount of the water which can be in the pycnometer. However , we have to measure the denseness of the drinking water the solution for water is V= mH2O / ÏH2O. As we know the mass of the normal water we have to ponder the bare pycnometer and subtract it but the normal water in the pycnometer. We now know the volume mass and denseness of the water. This is for measuring the water. Then we replicate the procedure with another water where we don’t know the density and you simply then have to work out the mass from the liquid by simply again evaluating the bare pycnometer and subtracting this by the liquefied that is inside the pycnometer. Nevertheless , the volume with the liquid is the same as the volume of the water. The equation with this is V= mL as well as ÏL. Now you have the two equations you may then use the two equations to find the density with the liquids the formula for this is mH2O / ÏH2O = milliliters / ÏL. you then turn around the formula so that it equates to the thickness this is done by ÏL = mL as well as mH2O by ÏH2O. this will likely then provide you with the density of the liquid. This approach is a much longer method the fact that procedure in c as it includes many equations to work out.

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