1 00:00:00,000 --> 00:00:00,000 2 00:00:05,340 --> 00:00:07,284 Hello . My name is D . C . To kill 3 00:00:07,284 --> 00:00:09,940 Angela and my name is misty one Audrey 4 00:00:09,940 --> 00:00:11,884 Gurganus were part of the atlantic 5 00:00:11,884 --> 00:00:14,218 strike team here at Fort Dix New Jersey . 6 00:00:14,218 --> 00:00:16,273 And today we're going to demonstrate 7 00:00:16,273 --> 00:00:17,940 has cut has cut is a chemical 8 00:00:17,940 --> 00:00:19,996 identification system we use here at 9 00:00:19,996 --> 00:00:22,410 this team to try and detect unknown 10 00:00:22,410 --> 00:00:24,990 substances and identify what it could 11 00:00:24,990 --> 00:00:26,960 be . So today we're gonna be doing 12 00:00:26,960 --> 00:00:29,016 something called thermal analysis on 13 00:00:29,016 --> 00:00:32,050 this unknown substance here . So 14 00:00:32,050 --> 00:00:34,106 thermal analysis is going to try and 15 00:00:34,640 --> 00:00:36,780 indicate what this could be down the 16 00:00:36,780 --> 00:00:39,660 road . So we're going to begin here 17 00:00:40,040 --> 00:00:42,420 with one scoop which is on this watch 18 00:00:42,420 --> 00:00:44,531 glass here . It's gonna watch glass . 19 00:00:45,740 --> 00:00:49,060 We're gonna put this free kind swab . 20 00:00:49,540 --> 00:00:52,430 We're going to dip two drops of 23 oh 1 , 21 00:00:52,440 --> 00:00:54,970 23 oh one is a chemical code for this , 22 00:00:54,970 --> 00:00:57,310 hashtag it and you can see all these 23 00:00:57,310 --> 00:00:59,310 different chemicals here . But it's 24 00:00:59,310 --> 00:01:01,760 very important to that we grab the 25 00:01:01,760 --> 00:01:04,093 right chemical when we through our test . 26 00:01:04,440 --> 00:01:06,940 So 2301 is hydrochloric acid , if 27 00:01:06,940 --> 00:01:09,240 anyone is curious to know . So , we're 28 00:01:09,240 --> 00:01:11,520 gonna do two tops two drops on the con 29 00:01:11,520 --> 00:01:14,250 swab . We're gonna roll it around , you 30 00:01:14,250 --> 00:01:16,417 know , unknown substance . We're gonna 31 00:01:16,417 --> 00:01:18,528 get a nice coating on it , you know , 32 00:01:18,528 --> 00:01:20,750 kind of like , you take a chicken , you 33 00:01:20,750 --> 00:01:20,020 put the bread crumbs on , you know , 34 00:01:20,020 --> 00:01:22,260 nice coating . Alright , here we go . 35 00:01:22,740 --> 00:01:24,907 And we're going to actually turn it on 36 00:01:24,907 --> 00:01:26,129 a propane torch . You 37 00:01:29,270 --> 00:01:33,080 look a little bit fire . All right , 38 00:01:33,090 --> 00:01:35,090 we're gonna do a low flame for this 39 00:01:35,090 --> 00:01:37,312 first test . And essentially what we're 40 00:01:37,312 --> 00:01:39,034 gonna do is going to take this 41 00:01:39,034 --> 00:01:41,257 construct and we're gonna be looking to 42 00:01:41,257 --> 00:01:43,423 see any characteristics that the flame 43 00:01:43,423 --> 00:01:45,534 on a low heat produces . So , this is 44 00:01:45,534 --> 00:01:47,646 kind of indicating that it's got some 45 00:01:47,646 --> 00:01:49,868 It's the active with heat . It's making 46 00:01:49,868 --> 00:01:51,979 like an orange flame right now . It's 47 00:01:51,979 --> 00:01:55,670 like off , off coming off of it . A 48 00:01:55,680 --> 00:01:57,902 little bit of sparks around you can see 49 00:01:57,902 --> 00:01:59,902 too well , but it's a little bit of 50 00:01:59,902 --> 00:02:02,124 stalking and organs . You don't want to 51 00:02:02,124 --> 00:02:04,180 chart because that's just gonna burn 52 00:02:04,180 --> 00:02:06,236 the substance . Well , that's okay . 53 00:02:06,236 --> 00:02:08,347 She's doing her job now . We're gonna 54 00:02:08,347 --> 00:02:10,402 be moving on to the next part of the 55 00:02:10,402 --> 00:02:12,291 thermal analysis . We're gonna be 56 00:02:12,291 --> 00:02:14,624 actually taking four scoops , I'm sorry , 57 00:02:14,624 --> 00:02:16,680 apologize and jumping the gun here , 58 00:02:16,680 --> 00:02:18,680 we're gonna be heating up a thermal 59 00:02:18,680 --> 00:02:20,902 explosives tool right here . We make it 60 00:02:20,902 --> 00:02:24,310 nice and red , very red , essentially 61 00:02:24,310 --> 00:02:26,680 what we're gonna do . We have a little 62 00:02:26,680 --> 00:02:28,791 bit of substance on the I apologize . 63 00:02:29,040 --> 00:02:31,040 We're going to heating that up till 64 00:02:31,040 --> 00:02:33,096 it's nice and hot and we're gonna be 65 00:02:33,096 --> 00:02:35,207 actually putting it in the unknown on 66 00:02:35,207 --> 00:02:37,040 the watch glass that I indicated 67 00:02:37,040 --> 00:02:39,151 earlier right here and to see if he's 68 00:02:39,151 --> 00:02:42,070 got any any direct heat properties when 69 00:02:42,070 --> 00:02:44,810 it hits his chemicals . He's gonna wait 70 00:02:44,810 --> 00:02:48,620 to really heats up nice and red . It's 71 00:02:48,620 --> 00:02:52,580 right at the tip right now . Did you 72 00:02:52,580 --> 00:02:55,760 stay But on it , boom , look at that . 73 00:02:55,860 --> 00:02:58,193 So , we got some nice smoke from an off . 74 00:02:58,193 --> 00:03:00,640 It's gonna indicate it is reactive to 75 00:03:00,650 --> 00:03:02,817 that heat . There's some little sparks 76 00:03:02,817 --> 00:03:04,850 coming off . It looks like an arms 77 00:03:04,860 --> 00:03:06,804 smoke residue , some little bit of 78 00:03:06,804 --> 00:03:10,650 white residue . That's just another tip . 79 00:03:10,660 --> 00:03:12,938 To help us identify what this might be . 80 00:03:14,340 --> 00:03:17,010 We're gonna move on to another portion 81 00:03:17,010 --> 00:03:19,540 of the test . We're gonna add . We 82 00:03:19,540 --> 00:03:21,651 already added four scoops of a little 83 00:03:21,651 --> 00:03:24,390 scoop alert into the test tube . And 84 00:03:24,390 --> 00:03:26,446 now we're going to actually test the 85 00:03:26,446 --> 00:03:28,668 vapors coming off of this chemical . So 86 00:03:28,668 --> 00:03:30,668 we're gonna eat this up . Then . My 87 00:03:30,668 --> 00:03:32,723 partner is going to grab the match . 88 00:03:32,723 --> 00:03:35,520 I'm gonna light it on top . I got 89 00:03:35,530 --> 00:03:38,970 tilted . I apologize . Got a light at 90 00:03:38,970 --> 00:03:41,530 the top of this substance and see what 91 00:03:41,530 --> 00:03:43,697 actually happens . If we have any type 92 00:03:43,697 --> 00:03:47,250 of reaction with . Really ? Like 93 00:03:48,270 --> 00:03:50,830 what they are You all right ? I'm gonna 94 00:03:50,830 --> 00:03:53,052 wait a little bit more . We've got some 95 00:03:53,052 --> 00:03:55,330 bases on the top . Whoa , look at that . 96 00:03:55,330 --> 00:03:57,552 We've got some nice sparks coming off . 97 00:03:57,552 --> 00:03:59,497 Isn't that pretty everybody ? So , 98 00:03:59,497 --> 00:03:59,170 we're gonna watch this is going to be 99 00:03:59,170 --> 00:04:01,440 another indicator choice . Another clue 100 00:04:02,140 --> 00:04:04,530 to help us try and understand what this 101 00:04:04,530 --> 00:04:06,480 to possibly bleeding and all the 102 00:04:06,480 --> 00:04:08,202 characteristics and behavioral 103 00:04:08,202 --> 00:04:11,200 properties of it . So , we're gonna 104 00:04:11,200 --> 00:04:13,256 keep burning . We're gonna burn this 105 00:04:13,256 --> 00:04:15,422 until the residue is almost completely 106 00:04:15,422 --> 00:04:17,589 dissolved . Or it melts . Or the glass 107 00:04:17,589 --> 00:04:19,700 actually performs . Gonna give this a 108 00:04:19,700 --> 00:04:22,300 few more seconds field . You can 109 00:04:22,300 --> 00:04:24,356 actually see how hot that flame is , 110 00:04:24,356 --> 00:04:26,522 that the glass is turning head and the 111 00:04:26,522 --> 00:04:28,467 substance actually crawling up the 112 00:04:28,467 --> 00:04:31,170 glass there . We'll just waiting a 113 00:04:31,170 --> 00:04:34,690 little bit more . A little bit more . 114 00:04:34,700 --> 00:04:37,740 A little bit more . 115 00:04:38,890 --> 00:04:41,900 I think it's up the glasses start into 116 00:04:41,900 --> 00:04:44,122 the form . So now we're gonna put it in 117 00:04:44,122 --> 00:04:46,122 a nice glass over here to cool down 118 00:04:46,122 --> 00:04:47,122 nice and easy . 119 00:04:49,040 --> 00:04:52,520 So this is just one test that we would 120 00:04:52,520 --> 00:04:54,600 conduct on this substance now that 121 00:04:54,600 --> 00:04:56,767 everyone can see , we have a nice card 122 00:04:56,767 --> 00:04:58,878 here that's called a haze cat . Solid 123 00:04:58,878 --> 00:05:00,711 start and lift with chart . It's 124 00:05:00,711 --> 00:05:02,656 actually double sided . That's not 125 00:05:02,656 --> 00:05:04,822 fancy . So there is a lot of different 126 00:05:04,822 --> 00:05:06,878 tests and we go step by step in this 127 00:05:07,240 --> 00:05:10,340 very very big book here to try and 128 00:05:10,490 --> 00:05:12,730 identify any substance in my comment 129 00:05:12,740 --> 00:05:16,660 our way After close analysis and about 130 00:05:16,670 --> 00:05:19,930 20 more tests we would indicate that 131 00:05:19,930 --> 00:05:21,930 this unknown substance is something 132 00:05:21,930 --> 00:05:25,840 called their genes . Well everyone , I 133 00:05:25,840 --> 00:05:27,951 hope everyone learned something too . 134 00:05:27,951 --> 00:05:30,118 And enjoy this presentation again . My 135 00:05:30,118 --> 00:05:32,396 name is D . C . to kill Angela MST one , 136 00:05:32,396 --> 00:05:35,070 achieve your gayness . Thank you for 137 00:05:35,080 --> 00:05:36,560 watching and hope you have a good day .