Explain a synthesized of barium iodate monohydrate

Assignment Help Chemistry

Reference no: EM13651358

A student synthesized 6.895 g of barium iodate monohydrate,Ba(IO3)2.H20 by adding 30.00 ml of 5.912x10^-1 M barium nitrate Ba(NO3)2 to 50.00ml of 9.004 x10^-1 M sodium iodate,NaIO3.

a) What is the chemical equation for the reaction of barium nitrate and sodium iodate

b) Calculate the percent yield of barium iodate monohydrate the student obtained in the experiment.

Reference no: EM13651358

Questions Cloud

Evaluate the angular momentum of the record : A 0.017-kg record with a radius of 15cm rotates with an angular speed of 29rpm. Find the angular momentum of the record

What will be the final momentum and kinetic energy : a 20 Kg block slides along a frictionless table at 20 m/s. What will be the final momentum and kinetic energy of the joined blocks

Explain what makes a good epic poem : Explain what makes a good epic poem according to Elizabeth Barret Browning in Aurora Leigh.

Explain elements in order of decreasing atomic size : Place the following elements in order of decreasing atomic size: silicon, nitrogen, helium, potassium, magnesium, and carbon.

Explain a synthesized of barium iodate monohydrate : A student synthesized 6.895 g of barium iodate monohydrate,Ba(IO3)2.H20 by adding 30.00 ml of 5.912x10^-1 M barium nitrate Ba(NO3)2 to 50.00ml of 9.004 x10^-1 M sodium iodate,NaIO3.

Perform a semiotic analysis of a print advertisement : Write an essay in which you perform a semiotic analysis of a print advertisement or television commercial.

What is the magneticfield due to the bolt : A lightning bolt consisting of electrons moves from the cloudto the ground near the equator. What is the magneticfield due to the bolt 100 m from bolt

Explain why is one of the eclipsed conformers least stable : Compare the eclipsed conformers of 1,1,1-trifluorobutane (C2-C3). Why is one of the eclipsed conformers most stable. Why is one of the eclipsed conformers least stable

Find what is the height of the hill : Starting from rest, a basketball rolls from the top of a hill to the bottom, reaching a translational speed of 6.6 m/s. Ignore fritional losses. What is the height of the hill

User Account

All Pages