16. Solving a chemistry problem

📂 Coursework 👤 Derkach
16. Solving a chemistry problem

Product Description

2. To determine the wavelength λx of an unknown line in the spectrum of the analyzed sample, two lines were selected in the spectrum of iron with wavelengths λ1 = 308.375 and λ2 = 309.158 nm. Readings on the scale of the measuring microscope showed that the distance between λx and λ1 is equal to a1 = 0.25 mm, and between λ2 and λx is equal to a2 = 1.88 mm. Determine the wavelength of the unknown line.

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

126. Solving a chemistry problem

Seller: Derkach
$1.37

More from this Seller

36. Solving a chemistry problem

Chemistry
$1.37
Sold: 1

35. Solving a chemistry problem

$1.37
Sold: 1

83. Solving a chemistry problem

$1.37
Sold: 1

86. Solving a chemistry problem

$1.37
Sold: 1

106. Solving a chemistry problem

$1.37
Sold: 1

30. Solving a chemistry problem

$1.37