17. Solving a chemistry problem

📂 Coursework 👤 Derkach

Product Description

11(3). A sample of steel weighing m g was dissolved in a flask with a capacity of 50.00 ml. Two samples of 20.00 ml each were placed in flasks with a capacity of 50 ml. A solution containing 0.003000 g of vanadium was added to one flask. Hydrogen peroxide was added to both flasks and made up to the mark with water.
Calculate the mass fraction (%) of vanadium in steel if the following optical densities Ax and Ax + st were obtained during photometry of solutions.
Option 1 2 3 4
m, g 0.5000 0.6572 0.7468 0.9580
Ax 0.200 0.230 0.250 0.280
Ax+st 0.480 0.510 0.530 0.560
Answer: 1) 1.07%; 2) 0.94%; 3) 0.90%; 4) 0.78%

Additional Information

If you do not open the file - install the RAR archiver. Inside the archive you will find a solution in Word format.
Price: $1.34
Seller: Derkach
Category: Coursework
Currency: USD

Secure payment via oplata.info

Related Products

35. Solving a chemistry problem

Seller: Derkach
$1.37
Sold: 1

83. Solving a chemistry problem

Seller: Derkach
$1.37
Sold: 1

86. Solving a chemistry problem

Seller: Derkach
$1.37
Sold: 1

106. Solving a chemistry problem

Seller: Derkach
$1.37
Sold: 1

30. Solving a chemistry problem

Seller: Derkach
$1.37

17. Solving a chemistry problem

Seller: Derkach
$1.37

37. Solving a chemistry problem

Seller: Derkach
$1.37

More from this Seller