3. Solving a chemistry problem

📂 Coursework 👤 Derkach

Product Description

4. Calculate the radius of divinylstyrene latex particles according to the following experimental data: cuvette length 5.01 cm, light wavelength 400 nm, optical density 0.347, latex concentration 0.2 g/l, density and refractive index of the dispersed phase are 945 kg/m3 and 1.653, refractive index of water 1.333. Light scatters according to the Rayleigh law and attenuates according to the Bouguer-Lambert-Beer law.

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: $1.27
Seller: Derkach
Category: Coursework
Currency: USD

Secure payment via oplata.info

No Reviews Yet

Be the first to leave a review for this product!

Related Products

71. Solving a chemistry problem

Seller: Derkach
88 RUB
Sold: 2

142. Solving a chemistry problem

Seller: Derkach
88 RUB

143. Solving a chemistry problem

Seller: Derkach
110 RUB

30. Solving a chemistry problem

Seller: Derkach
88 RUB

21. Solving a chemistry problem

Seller: Derkach
88 RUB

29. Solving a chemistry problem

Seller: Derkach
88 RUB

31. Solving a chemistry problem

Seller: Derkach
88 RUB

36. Solving a chemistry problem

Seller: Derkach
88 RUB

More from this Seller