Two of the liquids, n-pentane and 1-butanol, had nearly the same molecular weights, but significantly different ∆t values. explain the difference in ∆t values of these substances, based on their intermolecular forces.

Question

rudyru4422 rudyru4422

12-11-2017
Chemistry

contestada

Two of the liquids, n-pentane and 1-butanol, had nearly the same molecular weights, but significantly different ∆t values. explain the difference in ∆t values of these substances, based on their intermolecular forces.

Respuesta :

Otras preguntas

Need a lot of help with history if possible

Consider an even money game that pays 4:3 if event A occurs. What is the probability of event A?

What does fathomless mean in the following sentence? Scientists continue to study outer space, although at times it seems fathomless. A. in an understanding

Me encantan las fresas. como fresas _____ en el verano.

Match each character from Franz Kafka's The Metamorphosis to the trait that best describes that character. A.)Mrs. Samsa B.)Mr. Samsa C.)Grete Samsa D.)Gregor S

Which two Asian nations are facing the GREATEST problems with air and water pollution?

During the 1500s, many Jesuits became

How can natural disasters produce social and cultural change?

What federal territories are organized by sections 1 and 19 of the 1854 act? and how were they originally acquired by the united states?

WHich of the fowolling moast likely causes the rate of a chemical reaction to increase Decreasing the reaction temperature – slowing down the reacting molecu

Yna9141 Yna9141 · Answer 1 · 2017-11-22T15:17:38+01:00

For this item, the ∆t will be the value of temperature difference that the substances will experience once subjected to same amount of heat. The heat is equal to,

H = mcp∆t

where H is heat, m is mass, cp is specific heat, and ∆t is temperature difference.

The compounds given, despite having the almost the same molecular weight, will have different ∆t because of the different intermolecular forces present especially in the alkyl groups present.