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Barium Sulfate is used as a radio contrast agent for radio imaging. Radio Contrast agents are those agents which improve the visibility of body parts in the process of X RAY. Barium is a heavy metal with a high atomic number of 56. Thus it absorbs radiations such as X Rays or Gamma Rays better than other metals thus preventing the radiation exposure to our body. Thus it is used as a shield against gamma rays.
parts per million to percentage divide by 10 000 percentage to parts per million mulyiply by 10 000 Dachu
-- Take the number of percent. -- Multiply it by 10,000-- The answer is the number of parts per million. . 10 percent = 100,000 parts per million.
PPM is an abbreviation for parts per million. If you have 1000ppm, then you have 1000 parts "A" per every million parts of your mixture. Therefore, the substance you are measuring is .1% part "A."
Solubility is when a soluble can dissolve in a solvent. Soluble=what is dissolved Solvent=what dissolves the solute. These are the parts of a solution. Think of sugar and water. pour the sugar into the water. After some time the sugar will have seemed to disappear. It hasn't but it did dissolve. That means it has good solubility. Now think of a piece of plastic in water. No matter how long the plastic stays in the water, it will not dissolve.
The abundance of barium is 456 parts per million (numbers of atoms). That is 0.05 per cent, approx.
Barium Sulfate is used as a radio contrast agent for radio imaging. Radio Contrast agents are those agents which improve the visibility of body parts in the process of X RAY. Barium is a heavy metal with a high atomic number of 56. Thus it absorbs radiations such as X Rays or Gamma Rays better than other metals thus preventing the radiation exposure to our body. Thus it is used as a shield against gamma rays.
Solubility can be written as %m/m (mass in g per 100g), %m/v (mass in g per 100mL), %v/v (mL per 100mL), ppm (parts per million), ppb (parts per billion) etc. Solubility is also dependant on pressure and temperature. Due to these variables, in the same units (eg. %m/m) and at the same set of temperature and pressure (SLC or STP) you can compare the solubility values.
Very low, ranging about 1-5 ppm, lower than oxygen which is about 3-10 ppm (parts per million) at room temperature
If At 25 Degrees C, the molar solubility of barium chromate in water is 1.1 x 10^-5 M. Here is how you would find the solubility in grams per liter.First: You must know the molar mass of Barium Chromate To continue. Look at your periodic Table.[BariumChromate Molar mass=253.37 g/mol]*Get this by adding together atomic number of each element in BaCrO4*253.37= Ba+Cr+O(4), or 137.33+52+16(4)*Take 1.1 x 10^-5 M and divide by molar mass of Barium Chromate1.1 x 10^-5 mol/L x 253.37 =0.002787Answer in grams per liter to three significant figures=2.787 x 10^-3 g/LHow many liters of water are required to dissolve 1 of barium chromate?*take 1gram BaCrO4 / 2.787 x 10^-3 g/L --------> Grams Cancel=2.787 x 10^-3 LAnswer in liters to three significant figures =359.71 LitersWhat is the solubility of barium chromate in parts per million?*parts per million = Grams of Solute/grams of solution X 10^6 (which is ppm)2.787 x 10^-3g/L x 1L/1000g x 10^6 = 0.02779, or 2.78 x 10^-2ppmAnswer in parts per million to three significant figures=2.78ppm**For dilute aqueous solutions, ppm is equivalent to units of mg/l
Barium Dichloride is NOT correct. The name is Barium Chloride it is a binary ionic compound.
If you have 1 million parts of something 10 parts would be 10 parts per million. If you had 2 million parts of something 20 parts would be 10 parts per million.
There are two parts to this question:1) What is a sulfate? -- A sulfate is any molecule that has the ion SO42- in it. That ion is called "sulfate".2) What chemical properties are conferred on sulfates? -- There are no consistent properties across all sulfates, and many more relevant properties derive from the atom paired with the sulfate in an ionic compound. That being said, most sulfates will dissolve easily in water, especially sulfiric acid (H2SO4) which is a strong acid. However, the most commonly used sulfates, like gypsum and barium sulfate are not actually very soluable. Sulfates can often serve as ligands in certain instances.
parts per million = ppm
There are one million milligrams in one liter. 4.8 milligrams is 4.8 parts per million (parts per million) There are one million milligrams in one liter. 4.8 milligrams is 4.8 parts per million (parts per million)
More Parts per Million was created in 2004.
1% is 10,000 parts per million.