1.how will you make a 7-carbon disulfide from an alcohol? 2.how will you make a 5-carbon...
You lower the temperature of a sample of liquid carbon disulfide from 885 C until its volume contracts by 0.587% of its initial value. What is the final temperature of the substance? The coefficient of volume expansion for carbon disulfide is 1.15 x 10-3 cc-1 temperature:
You lower the temperature of a sample of liquid carbon disulfide from 94.1°C until its volume contracts by 0.491% of its initial value. What is the final temperature of the substance? The coefficient of volume expansion for carbon disulfide is 1.15 × 10-3 (C°)–1.
stion6of 10 You lower the temperature of a sample of liquid carbon disulfide from 96.5°C until its volume contracts by 0527% of its initial valuc. What is the final temperature of the substance? The coefficient of volume expansion for carbon disulfide is 1.15 x 10-3 CC)-I. temperature
Resources Give Hint Check Ans n2 of 5 > Carbon disulfide is prepared by heating sulfur and charcoal. The chemical equation is S (8) + C(s) - CS (8) Ke = 9.40 at 900 K How many grams of CS (8) can be prepared by heating 9.30 mols, (g) with excess carbon in a 6.15 L reaction vessel held at 900 K until equilibrium is attained? 1 mass of CS, (g): General Chemistry | Publisher: Un about us Careers Privacy...
How to make an alkyene from a primary alcohol?
2. Suggest how you would make the molecules below from any molecule with six carbon atoms and any other reagents of your choice. Cl Cl Br
Show how you will make anisole starting from an alcohol. Draw reactant, write formula of reagent and solvent, and draw the product.
using C1xV1=C2xV2: how much 95% alcohol is required to make 200 mls of a 5% alcohol?
starting with any alcohol use a reaction diagram to show how to make a 1.alkane 2. alkene 3.ester 4.ether
A vaporliquid experiment for the carbon disulfide(1) + chloroform(2) system has provided the following data at 298 K: Pa-46.85 kPa, P 27.3 kPa, xi 0.2, y -0.363, P 34.98 kPa. Estimate the dew pressure at 298 K and yi -0.6, using the one-parameter Margules equation