LightNovesOnl.com

The Elements of Blowpipe Analysis Part 4

The Elements of Blowpipe Analysis - LightNovelsOnl.com

You're reading novel online at LightNovelsOnl.com. Please use the follow button to get notifications about your favorite novels and its latest chapters so you can come back anytime and won't miss anything.

Before the Bp. on Ch. with Na_{2}CO_{3} Reduced to a metallic powder, magnetic.

In ignition tube with Na_{2}CO_{3} and Ch.____

In flame on platinum wire____

With borax bead on platinum wire. In O. F. red while hot, yellow when cold.

With Co(NO_{3})_{2}____

10. ~Lead, PbO.~--Before the Bp. on Ch. Easily reduced to the metal, bead very malleable. Coating yellow, surrounded by white ring.

Before the Bp. on Ch. with Na_{2}CO_{3}. Instantly reduced. Coats the Ch. upon further blowing.

In ignition tube with Na_{2}CO_{3} and Ch. Reduced to the metal.

In flame on platinum wire. Tinges flame blue.

With borax bead on platinum wire. In O. F. dissolves easily, forming a limpid gla.s.s.

With Co(NO_{3})_{2}____

11. ~Manganese, Mn_{2}O_{3}.~--Before the Bp. on Ch. At high temperature turns red.

Before the Bp. on Ch. with Na_{2}CO_{3}. Is not reduced.

Before the Bp. in O. F. on platinum foil with Na_{2}CO_{3}. Transparent green ma.s.s when hot. Opaque, bluish-green when cold.

In ignition tube with Na_{2}CO_{3} and Ch. Not reduced.

In flame on platinum wire____

With borax bead on platinum wire. In O. F. violet-red while hot, amethyst-red when cold.

With Co(NO_{3})_{2}____

12. ~Mercury, HgO.~--Before the Bp. on Ch. Instantly reduced. Very volatile.

Before the Bp. on Ch. with Na_{2}CO_{3}. Reduced and volatilized.

In ignition tube with Na_{2}CO_{3} and Ch. Sublimes condensing in the upper part of the tube as a metallic ring which is seen with the lens to consist of minute globules of mercury.

In flame on platinum wire____

With borax bead on platinum wire____

With Co(NO_{3})_{2}____

13. ~Nickel, NiO.~--Before the Bp. on Ch. In O. F. unchanged. In R. F.

reduced to metal, slightly magnetic.

Before the Bp. on Ch. with Na_{2}CO_{3}. Easily reduced to the metal.

In ignition tube with Na_{2}CO_{3} and Ch.____

In flame on platinum wire____

With borax bead on platinum wire. In O. F. violet while hot, reddish-brown when cold.

With Co(NO_{3})_{2}____

14. ~Silver, AgO.~--Before the Bp. on Ch. Easily reduced to the metal.

White, malleable, hard bead. Coats the coal dark red near a.s.say.

Before the Bp. on Ch. with Na_{2}CO_{3}. Instantly reduced to metallic globule.

In ignition tube with Na_{2}CO_{3} and Ch. Reduced to the metal.

In flame on platinum wire____

With borax bead on platinum wire. In O. F. partially dissolved. Bead becomes milk-white.

With Co(NO_{3})_{2}____

15. ~Tin, SnO_{2}.~--Before the Bp. on Ch. Coats the coal yellow while hot, dirty white when cool. Not reduced.

Before the Bp. on Ch. with Na_{2}CO_{3}. Reduced to metallic tin. White, hard, malleable bead. Coating white and close to a.s.say.

In ignition tube with Na_{2}CO_{3} and Ch.____

In flame on platinum wire____

With borax bead on platinum wire. In O. F. small quant.i.ty dissolves to limpid gla.s.s.

With Co(NO_{3})_{2}. Greenish-blue color.

16. ~Zinc, ZnO.~--Before the Bp. on Ch. Upon ignition becomes yellow. Is not reduced.

Before the Bp. on Ch. with Na_{2}CO_{3}. Reduced to metal. Rapidly volatilized, coating the coal white.

In ignition tube with Na_{2}CO_{3} and Ch.____

Click Like and comment to support us!

RECENTLY UPDATED NOVELS

About The Elements of Blowpipe Analysis Part 4 novel

You're reading The Elements of Blowpipe Analysis by Author(s): Frederick Hutton Getman. This novel has been translated and updated at LightNovelsOnl.com and has already 548 views. And it would be great if you choose to read and follow your favorite novel on our website. We promise you that we'll bring you the latest novels, a novel list updates everyday and free. LightNovelsOnl.com is a very smart website for reading novels online, friendly on mobile. If you have any questions, please do not hesitate to contact us at [email protected] or just simply leave your comment so we'll know how to make you happy.