What is the concentration of turpentine oil ?

What is the concentration of turpentine oil ?
by

1 Answer

Answer :

Turpentine oil concentration is 0.87 .
by

Related questions

Turpentine oil poisoning?

Description : Turpentine oil poisoning?

Last Answer : DefinitionTurpentine oil is a substance distilled from material that comes from pine trees. Turpentine oil poisoning occurs when someone swallows turpentine oil.This is for information only and not for use ... in the throatSevere pain or burning in the nose, eyes, ears, lips, or tongueGastrointes

Turpentine oil is obtained from where

Description : Turpentine oil is obtained from where

Last Answer : Pine tree

Spirit varnish generally consists of (A) Oil, wax and resin (B) Alcohol, wax and turpentine (C) Pigment and synthetic resin (D) Spirit and shellac

Description : Spirit varnish generally consists of (A) Oil, wax and resin (B) Alcohol, wax and turpentine (C) Pigment and synthetic resin (D) Spirit and shellac

Last Answer : Answer: Option D

The most durable varnish is (A) Water varnish (B) Spirit varnish (C) Turpentine varnish (D) Oil varnish

Description : The most durable varnish is (A) Water varnish (B) Spirit varnish (C) Turpentine varnish (D) Oil varnish

Last Answer : Answer: Option D

Most commonly used solvent in oil paints, is (A) Petroleum (B) Spirit (C) Coal tar (D) Turpentine

Description : Most commonly used solvent in oil paints, is (A) Petroleum (B) Spirit (C) Coal tar (D) Turpentine

Last Answer : Answer: Option A

Turpentine oil is used in paints as (A) Thinner (B) Vehicle (C) Base (D) Drier

Description : Turpentine oil is used in paints as (A) Thinner (B) Vehicle (C) Base (D) Drier

Last Answer : Answer: Option A

To give a brilliant finish, the type of varnish used, is (A) Water varnish (B) Spirit varnish (C) Turpentine varnish (D) Oil varnish

Description : To give a brilliant finish, the type of varnish used, is (A) Water varnish (B) Spirit varnish (C) Turpentine varnish (D) Oil varnish

Last Answer : Answer: Option B

The commonly used thinner in oil paints, is (A) Naphtha (B) Turpentine (C) Both (a) and (b) (D) None the these

Description : The commonly used thinner in oil paints, is (A) Naphtha (B) Turpentine (C) Both (a) and (b) (D) None the these

Last Answer : Answer: Option C

Oil varnish generally consists of (A) Synthetic resin and spirit (B) Oil, wax and resin (C) Resin, oil and turpentine (D) Spirit, oil and wax

Description : Oil varnish generally consists of (A) Synthetic resin and spirit (B) Oil, wax and resin (C) Resin, oil and turpentine (D) Spirit, oil and wax

Last Answer : Answer: Option C

Assertion A : Normally turpentine oil is recommended as thinner for indoor painting. Reason R : Turpentine oil is costlier than other thinners. Select your answer according to the coding system given below: (A) Both A and R is true and R is the correct explanation of A (B) Both A and R is true but R is not the correct explanation of A (C) A is true but R is false (D) A is false but R is true

Description : Assertion A : Normally turpentine oil is recommended as thinner for indoor painting. Reason R : Turpentine oil is costlier than other thinners. Select your answer according to the coding system given below: (A) Both A and R is ... of A (C) A is true but R is false (D) A is false but R is true

Last Answer : Answer: Option B

Putty is made up of a) White lead and turpentine b) Powdered chalk and raw linseed oil* c) Red lead and linseed oil d) Zinc oxide and boiled linseed oil

Description : Putty is made up of a) White lead and turpentine b) Powdered chalk and raw linseed oil* c) Red lead and linseed oil d) Zinc oxide and boiled linseed oil

Last Answer : b) Powdered chalk and raw linseed oil*

4. You are given kerosene, turpentine and water. In which of these does the light travel fastest? Use the information given in Table. -Physics-10

Description : 4. You are given kerosene, turpentine and water. In which of these does the light travel fastest? Use the information given in Table. -Physics-10

Last Answer : Light travel faster in water as compared to kerosene & turpentine as the refractive index of water is lower than that of kerosene and turpentine. The speed of light is inversely proportional to the refractive index.

What is the boiling point of turpentine ?

Description : What is the boiling point of turpentine ?

Last Answer : Turpentine boiling point is 158 degrees.

Ano ang ibig sabihin ng turpentine?

Description : Ano ang ibig sabihin ng turpentine?

Last Answer : Need answer

How do you dilute turpentine?

Description : How do you dilute turpentine?

Last Answer : Need answer

Storing Turpentine?

Description : Storing Turpentine?

Last Answer : While turpentine is an extremely useful chemical to have around your home, there are a certain number of precautions that any responsible person should take when storing turpentine. First, it should ... turpentine near heat lamps or any other source of intense heat in order to prevent combustion.

Delicious chilgoza seeds, commercially important products such as turpentine and resin and the drug ephedrine, useful in asthma and other respiratory ailments, are all obtained from plants that are (a) Ferns (b) Algae (c) Monocotyledons and dicotyledons (d) Gymnosperms

Description : Delicious chilgoza seeds, commercially important products such as turpentine and resin and the drug ephedrine, useful in asthma and other respiratory ailments, are all obtained from plants that are (a) Ferns (b) Algae (c) Monocotyledons and dicotyledons (d) Gymnosperms

Last Answer : Ans:(d)

Which among the following is a carbohydrate? (1) Nylon (2) Cane-sugar (3) Turpentine (4) Hydrogen peroxide

Description : Which among the following is a carbohydrate? (1) Nylon (2) Cane-sugar (3) Turpentine (4) Hydrogen peroxide

Last Answer : (2) Cane-sugar Explanation: Cane-sugar is carbohydrate and as this name implies, is composed of carbon, hydrogen and oxygen. it is a source of extracting sugar. There are various ... sugar most customarily used as food is sucrose, a disaccharide. Other disaccharides include maltose and lactose.

Turpentine is got from (a) angiospermous wood (b) bryophytes (c) gymnospermous wood (d) ferns.

Description : Turpentine is got from (a) angiospermous wood (b) bryophytes (c) gymnospermous wood (d) ferns.

Last Answer : (c) gymnospermous wood

Resin and turpentine are obtained from (a) Cycas (b) Pinus (c) Cedrus (d) Abies.

Description : Resin and turpentine are obtained from (a) Cycas (b) Pinus (c) Cedrus (d) Abies.

Last Answer : (b) Pinus

Varnish is a transparent or semi-transparent solution of resinous substances in (A) Alcohol (B) Linseed (C) Turpentine (D) All the above

Description : Varnish is a transparent or semi-transparent solution of resinous substances in (A) Alcohol (B) Linseed (C) Turpentine (D) All the above

Last Answer : Answer: Option D

Which among the following is a carbohydrate ? (1) Nylon (2) Cane-sugar (3) Turpentine (4) Hydrogen peroxide

Description : Which among the following is a carbohydrate ? (1) Nylon (2) Cane-sugar (3) Turpentine (4) Hydrogen peroxide

Last Answer : Cane-sugar 

Ultracentrifuges running at speeds upto 100000 rpm is normally used for the (A) Separation of isotopes based on their density or molecular weights difference (B) Concentration of rubber latex (C) Separation of cream from milk (D) Dewaxing of lubricating oil

Description : Ultracentrifuges running at speeds upto 100000 rpm is normally used for the (A) Separation of isotopes based on their density or molecular weights difference (B) Concentration of rubber latex (C) Separation of cream from milk (D) Dewaxing of lubricating oil

Last Answer : (A) Separation of isotopes based on their density or molecular weights difference (B) Conc

he minimal alveolar concentration of an inhalational anaesthetic is a measure of its: A. Potency B. Therapeutic index C. Diffusibility D. Oil: water partition coefficient

Description : he minimal alveolar concentration of an inhalational anaesthetic is a measure of its: A. Potency B. Therapeutic index C. Diffusibility D. Oil: water partition coefficient

Last Answer : A. Potency