Explain what mass of solid baso was formed

Reference no: EM13549113

Exactly 750.0ml of a solution that contained 480.4ppm of Ba(NO3)2 were mixed with 200.0ml of a solution that was 0.03090 M in Al2(SO4)3. What mass of solid BaSO was formed?

Reference no: EM13549113

Questions Cloud

What is the maximum angle of the string : Simple Pendulum with length 1m released from rest from angle of 20 degrees from the vertical and to the left of the equilibrium position. What is the maximum angle (measured from the vertical) of the string when the ball is on the right

How to calculate the vapor pressure of water : Calculate the vapor pressure of water above a solution prepared by dissolving 35.0 g of glycerin (C3H8O3) in 140 g of water at 343 K. (The vapor pressure of water at 343 K is 233.7 torr)

What will be the interest rates on a three-year bond : The expectations theory, what will be the interest rates on a three-year bond, six-year bond, and nine-year bond - What will be the interest rates on a three-year bond, six-year bond, and nine-year bond?

What is the maximum current the block can carry : A rectangular block of copper has sides of length 10 cm, 20 cm and 40 cm. what is the maximum current the block can carry

Explain what mass of solid baso was formed : Exactly 750.0ml of a solution that contained 480.4ppm of Ba(NO3)2 were mixed with 200.0ml of a solution that was 0.03090 M in Al2(SO4)3. What mass of solid BaSO was formed

Determine how much water will it displace : If your boat weighs 1200N, how much water will it displace when it is floating motionless at the surface of a lake

Explain what is the pressure in the section of pipe : Water is flowing in a horizontal pipe (1 inch, schedule 40) with a velocity of 2 ft/s and a pressure of 10 psia. The water enters a second section of pipe that is 4 inch schedule 40. What is the pressure in the section of pipe if friction can be i..

Prepare the journal entry to record the bond issuance : Determine the price at which the bonds were issued and the amount that ATC recieved at issuance and prepare the journal entry to record the bond issuance.

Transformed into matter during this reaction : A collision between two protons produces three new particles: p + p --->p + + + 0 + 0. The rest energies of the new particles are + (139.6 MeV), 0 (1116 MeV), 0 (497.7 MeV). Note that one proton disappears during the reaction. How much of the protons..

User Account

All Pages