Chemistry Lab C
Posted: September 17th, 2018, 7:47 am
Let's get this QM going!
My first question:
What is the formula for stannic phosphate?
My first question:
What is the formula for stannic phosphate?
Sn[sub]3[/sub](PO[sub]4[/sub])[sub]4[/sub]
Perchlorate: ClO4 -Creationist127 wrote:Next question: What are the names and formulas (with charges) of the oxyanions of chlorine?
Hint: there are 4 total.
Strong acid. (Just curious ... are there any other notable characteristics? Would corrosive count?). It's the main component in stomach acid so I guess you can say it helps digest food?Jacobi wrote:Name a property and a use of hydrochloric acid.
Dinoswarleafs wrote:Strong acid. (Just curious ... are there any other notable characteristics? Would corrosive count?). It's the main component in stomach acid so I guess you can say it helps digest food?Jacobi wrote:Name a property and a use of hydrochloric acid.
Metal balls are poured into a 25mL pycnometer that on its own has a mass of 18.0g. After massing the pycnometer now, the mass is revealed to be 122.3g. After filling the device with water at 20 degrees C, the total mass is 160.3g. What is the density of the metal balls?
Mass of Balls = 122.3 - 18.0 = 104.3 grams Mass of Water Added = 160.3 - 122.3 = 38.0 grams Volume of Water added = 38.0 mL
Jacobi wrote:
Are you sure that those numbers are right? I'm getting a volume of water greater than the volume of the pycnometer.
Jacobi wrote:Dinoswarleafs wrote:Strong acid. (Just curious ... are there any other notable characteristics? Would corrosive count?). It's the main component in stomach acid so I guess you can say it helps digest food?Jacobi wrote:Name a property and a use of hydrochloric acid.
Metal balls are poured into a 25mL pycnometer that on its own has a mass of 18.0g. After massing the pycnometer now, the mass is revealed to be 122.3g. After filling the device with water at 20 degrees C, the total mass is 160.3g. What is the density of the metal balls?Are you sure that those numbers are right? I'm getting a volume of water greater than the volume of the pycnometer.Mass of Balls = 122.3 - 18.0 = 104.3 grams Mass of Water Added = 160.3 - 122.3 = 38.0 grams Volume of Water added = 38.0 mL
Volume of Object = 12.0 mL Density = m/V = 8.7 g/mL = 8700 kg/m^3
Cool. Sorry about that :/Jacobi wrote:Volume of Object = 12.0 mL Density = m/V = 8.7 g/mL = 8700 kg/m^3