Participants: Jim Burr
Series Code: HDS
Program Code: HDS000006A
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00:25 Welcome to Heavens Declare, I'm Jim Burr.
00:27 We're continuing on 00:29 and this should be a third part series 00:31 talking about astronomy from a biblical perspective. 00:35 We have in this series over 300 pictures, 00:39 most of them from the Hubble space telescope. 00:42 This Hubble's doing fantastic, 00:44 fantastic images of the heavens 00:47 and but I thought I'd share a little experience, 00:50 I travel a lot lecturing, my wife and I travel a lot, 00:54 we do camp meetings in many, 00:56 many countries in and around the US 00:58 and often get a chance to witness on the aeroplane. 01:02 And I had to go back to New Jersey, New York, 01:05 every year in the spring of the year 01:07 and had a really interesting experience, 01:11 I was getting on the shuttle bus, 01:15 I drop my car off with budget, 01:18 car rentals and got on the shuttle bus 01:19 and I was the only one on the bus. 01:21 It was in the evening and the driver said, 01:24 "Are you a musician?" 01:26 I must have been carrying a case or something. 01:28 "Oh, no, I build telescopes." 01:29 He says, "You build telescopes, is it? 01:30 I wanna know about aliens." 01:34 And I said, "Well, you know, I think aliens..." 01:38 UFO was that actually what he was saying, UFOs and aliens. 01:41 I said, "I think UFOs probably could be 01:43 some experimental government activity 01:46 and I think some were maybe demonic activity 01:50 and I think, you know, the Bible tells us that 01:54 there will be false Christ and false prophets. 01:58 In the last days, we should not be deceived 02:00 and I think Satan maybe preparing the world 02:04 for a deception of false Christ coming." 02:09 And so he's, as I think, you know, 02:14 "This could be secret government activity, 02:17 maybe alien." 02:18 "That's what I wanna hear," he says, 02:20 "You're a scientist and you believe in God?" 02:21 I said, "Yeah." 02:22 You know what he says, "Well, man, I got questions." 02:26 And so he started asking questions and in fact, 02:29 he droves us to LaGuardia Airport New York and I said, 02:33 "You know, I'm in no hurry to leave, 02:34 I'm turning my car into night, I'm leaving in the morning, 02:36 I got a motel, hotel." 02:38 And so he drove around the drop off area in LaGuardia 02:42 so that he could ask more questions. 02:45 I had one video left on Creation Evolution, 02:47 I shared that with him, gave my emails, 02:49 you know, email me, 02:50 I've got more, more stuff I'd like to share with you. 02:54 And so that was cool but he never emailed me, 02:56 well, guess what? 02:58 A year later in April, I'm going back, 02:59 I get on the bus, 03:01 turn in to my car again at Budget 03:04 and I'm the only one on the bus 03:06 and here is the same man driving. 03:10 And he said this didn't just happen. 03:12 So once again we got into the conversation, 03:14 I mean, in the New York city, 03:16 how many people in New York city, 03:17 I'm the only guy in the bus. 03:19 Well, guess what? 03:20 The third year I go back, I get on the bus, 03:22 this time I'm getting on arrival, 03:25 at 11 in the morning, I get on the bus 03:27 and I have one person in the back, 03:32 I'm getting on the side 03:34 and the man driving up front, 03:36 I said, "Do you know who Elliot is?" 03:39 He goes, "I'm Elliot." 03:41 He said this didn't just happen, 03:42 you know, and I said, 03:44 "The Lord's got plans for you, 03:45 I'm preaching in west, 03:49 out in long island. 03:52 Tomorrow," I said, "I'll pick you up 03:53 and take you out there." 03:55 Well, it did actually had to work, 03:58 so we didn't get to do that. 03:59 But it was exciting, 04:02 sharing in many, many stories on the aeroplanes 04:05 and sharing things with people that just really make life fun. 04:10 But one of these flights from New York, 04:11 I got into Denver, 2:00 in the morning 04:13 with a red eye. 04:15 So I get in my car, turn on the radio station KOA 04:19 and I was, well, 04:22 have all these calling stations on my speed dial. 04:26 So I turned on the radio station in KOA 04:28 and just in time to hear the announcer say, 04:30 "Professor, you had said, you have written a book 04:33 that you can prove there's no God through Physics?" 04:36 And the professor said, "Well, that's a little strong, 04:39 I would say I can show through Physics 04:41 that there's no God." 04:44 And I thought, "Man, I've got to get on the radio, 04:46 " so I speed dialed right in KOA on the phone 04:51 and I get right in. 04:53 And I said to the professor, I say, "You know, 04:55 you say that you can show there's no God through Physics, 04:58 I think that I can show you, 05:00 you could trust the bible through Physics. 05:03 And, professor, I'm on the freeway until... 05:07 I wanna paraphrase some statements 05:10 from different magazines that I've read 05:12 and in fact, in July of 2001, 05:17 Sky & Telescope Magazine issues had a report on the fact 05:22 that now the universe seems to be expanding. 05:26 You would think that 05:27 the universe gravity would pull it back together 05:30 and we'd have a big crunch 05:31 and for many years they thought 05:32 that's how the universe would end. 05:34 You know, the big bang and then the big crunch, 05:36 it comes back together but now 05:38 as they look at this type A Supernova, 05:40 it seems to be study after, study after, study 05:44 that not only is the universe continuing to expand, 05:47 it is expanding faster everyday. 05:51 And there's an article, 05:53 I mentioned in Sky & Telescope Magazine in July of 2001, 05:56 this article said, if this is true, 05:59 you know, this violates all standard Physics. 06:03 How can you show there's no God through Physics? 06:05 That this discover violates all physics." 06:09 And I said, "Another report was written 06:11 and this was an astronomy magazine 06:14 and this will report about Laura and Postman, 06:17 two well known astrophysicists 06:20 and they've been watching the universe 06:21 and all of the sudden, 06:22 they seem to have discovered a river of... 06:24 The article said they've discovered 06:26 what looks like a river of galaxies 06:28 going off in another direction. 06:30 And the article said, if this is true, 06:33 we know less than nothing." 06:37 And I said, "Professor, you know, 06:40 that most scientists say when life arose on earth, 06:42 it was a reducing atmosphere, there was no oxygen. 06:47 And they used methane, ammonia 06:48 and hydrogen to stimulate this early atmosphere of what, 06:55 how life could have gotten started Miller and Urey," 06:57 and we talked about that in previous programs. 07:01 And so most scientists would agree that life arose on earth, 07:03 we couldn't have oxygen, 07:05 oxygen wouldn't oxidize everything. 07:06 So I said, "But, professor, when you read the books, 07:10 they will tell you that in the Supernova, 07:13 eruptions is exploding stars are created 07:16 all of the elements for life including oxygen. 07:19 So, professor, they say oxygen's made 07:22 in the Supernovas which created, 07:23 they help create the sun and yet, 07:26 when life arose on earth, there was no oxygen 07:27 and then when you get the first living cell, 07:29 what do you need? Copious amounts of oxygen." 07:32 And the professor said, 07:34 "Will you just stop reading those magazines?" 07:38 So about this time the radio, 07:44 you know, station says, 07:48 "We got the 3 o'clock, it's 3:00 in the morning." 07:50 You now, I've been around the sun already 07:51 seven to eight times, 07:53 I should be in bed sleeping but, 07:54 man, I was pumped. 07:56 3:00 in the morning, the announcer said, 07:58 "We have the 3 o'clock news breaking, it's coming up." 08:01 Can I stay over in an interview with this guy 08:03 after the news break? 08:04 Which I did, I was happy to do it, 08:06 in fact, I live in the mountainside, 08:08 I pulled over and I found a place 08:09 where I could talk on the phone. 08:11 In Colorado, you can talk on the telephone 08:13 when you're driving, you don't have to, 08:14 in some country places, you can't do that. 08:17 So we had the news break 08:19 and I had six of these things that I want to share with him. 08:24 And see what his response was. 08:27 And in fact, with all of these problems, 08:30 how can you say, 08:31 you can show through Physics, there's no God. 08:34 Another one was an article in Sky & Telescope Magazine, 08:37 they said, the question headlines was, 08:40 'How can astrophysicists keep a straight face?' 08:44 This magazine, a whole article on this 08:45 because they say all these, 08:47 there's so much disagreement in the Big Bang, 08:50 so much disagreement. 08:53 They present to the public, they come across to the public 08:57 as though the Big Bang is a fact, 08:59 it's a done deal, it's good science, 09:01 it's testable science and yet there, 09:05 in this article, it said, 09:06 "They argue over five major areas of the Big Bang. 09:10 How they can keep a straight face?" 09:12 And one of the thing, 09:14 there was a noted astrophysicist, 09:18 his name was Harwitt and he said... 09:25 well, practically the same thing but he says, 09:28 "We have a hundred billion stars 09:30 in the Milky Way galaxy 09:31 and we have a hundred billion galaxies." 09:33 Yes, they believe, you know, as I've said, 09:37 maybe in the galaxy milky way, 09:39 maybe a 100 billion suns, maybe 200 billion 09:42 depending on which book you read. 09:44 We really can't get a good count 09:48 but he was saying 09:50 and we believe there's many galaxies 09:52 as there are stars in our galaxies. 09:54 So maybe a 100 billion, 09:56 200 billion galaxies out there. 09:58 We're gonna be showing you a picture of the Hubble 10:00 took in the sky through a straw 10:06 and a very little tiny portion of the sky in the north. 10:11 Looking out of our galaxy, 10:12 when we're looking to the north, 10:14 we're looking out of the galaxy, 10:15 when we look to the south, 10:17 we're looking to the centre of the galaxy 10:18 and we can't really see 10:20 because the maze of stars in the centre, 10:22 we can't really see, you know, 10:24 what's behind that area. 10:25 But looking to the north, 10:27 we're looking out of the galaxy 10:28 and the Bible even has that right 10:29 because your Bible says, 10:31 "God hangs the north over the empty space." 10:34 And so the Hubble look through there, 10:37 the initial photograph back in 1990 10:40 or it was '95, they let, 10:43 it was a time exposure for 10 days, 10:45 they let the light come through that little spec of the sky 10:48 and they got 3,000 galaxies. 10:50 Then they improve the Hubble, new cameras, 10:52 new computers on the Hubble, 10:54 instead of going for a 10 day exposure 10:56 where they got 3,000 galaxies, 10:58 they then exposed for 8.4 hours and they got twice as the, 11:03 6,000 galaxies in 8.4 hours. 11:06 And then another photo you'll see will be showing you 11:09 coming up in another series. 11:12 They went to 84 hours, 11:13 so they went from 10 days to eight hours, 11:16 8.4 hours and they went from 8.4 to 84 hours 11:19 and in that image, you'll see about 11:21 20, 000 galaxies through this little straw. 11:24 And so they believe, 11:26 they would tell you there is probably 11:28 as many galaxies out there 11:30 as there are our stars in our galaxy. 11:32 If you're gonna photograph the whole sky through a straw, 11:34 how many pictures will you have to take? 11:37 About 27 million pictures. 11:40 Now we got a problem because today, 11:41 all day the sun is covering up, a bazillion stars, 11:46 there's no such word but I kind of like that word anyway. 11:49 And so we can't see all of the stars that would, 11:52 all of the galaxies that would be in the sky during the day 11:54 but six months from now, 11:55 the earth is gonna be over there 11:57 on the other side of the sun, 11:58 the sun will be this side, behind us. 12:00 And we'll be able to see the rest of the galaxies 12:02 and then we need to go to the southern hemisphere 12:07 to cover the stuff we can't see. 12:10 You know, the people from the southern hemisphere 12:12 can't see the Big Dipper and many other constellations. 12:14 You know, we can't see the Southern Cross 12:16 and many of the things they see. 12:18 So you'd have to take 27 million pictures 12:20 to cover the whole sky 12:22 if you're gonna 12:24 and if each picture had 20, 000 galaxies, 12:26 how big is God? 12:29 "And my ways are not your ways, 12:30 my thoughts are not your thoughts, 12:32 as high as the heavens are above the earth, 12:33 are God's ways above our ways." 12:35 So Harwitt said, "We have a 100 billion, 12:40 200 billion stars in the Milky Way 12:43 and we have a 100, 200 billion other galaxies." 12:47 He said, "The silent embarrassment 12:51 to astrophysics is they cannot tell you 12:54 how even one star formed." 12:56 We've got a graphic coming up of a galaxy face on 13:00 and if just to give you an idea of the size of the galaxy, 13:06 you'll see at the top, 13:07 you'll see an arrow at the top of the galaxy 13:10 and an arrow at the bottom of the galaxy. 13:11 And suppose you are to travel across the galaxy 13:16 and you got to the other side of the galaxy, 13:18 get your cell phone out and you say, 13:20 "And, you know, I should call home 13:21 and see how everything's is doing back home." 13:23 You can see, you've traveled across the galaxy, 13:25 you get to the other side of the galaxy 13:27 and you're gonna make a phone call. 13:28 Now these radio waves, 13:30 they're traveling at 186, 000 miles a second, 13:32 it's gonna take you at least a 100, 000 years 13:35 to get the phone to ring. 13:38 And if your mama's at the other end says, "Hello." 13:41 It would take you 200,000 years to hear the hello, 13:44 that's the size of these galaxies. 13:46 A hundred, two hundred thousand years, 13:48 travelling at the speed of light, 13:49 a 186, 000 miles a second will take you 13:51 a 100,000 to 200, 000 years 13:53 to get a phone call across the galaxy, 13:56 so that gives you some idea of the size of the galaxy. 14:00 I wanna show you a couple of other pictures of galaxy, 14:03 the best illustration that we wanna show you kids are, 14:06 take two papers, chinet paper plates, 14:08 put them together 14:09 and you'll see they'll be like a circle in one way 14:13 and you'll see a thin line with the bulge in there. 14:15 Our next graphic shows an edge on galaxy 14:19 and you'll see the bulge in the centre, 14:21 that still gonna take you a 100,000, 200,000 years 14:23 to get a phone call from the top to the bottom of that 14:26 but just as an example, 14:28 we see galaxies from all different directions 14:31 and we have one more graphic coming up 14:34 and that one is very interesting 14:36 and it's a real problem for evolution because we, 14:40 it seems that the arms are going both ways, 14:42 the law of conservation of angular momentum, 14:45 they should be spending the same way, 14:46 you see arms going in and going out, 14:49 actually revolving in and out 14:52 and so that's a real problem for evolution. 14:56 The next picture we have is a beautiful picture of Orion, 14:59 this is a nebula. 15:01 There are basically four type of nebula in the sky, 15:04 there are nebula that glow because they're hot, 15:06 there's nebula that glow 15:08 because they're embedded with hot stars, 15:10 there's dark nebula, which Harwitt said, 15:12 you'll be seeing coming up 15:13 in some of our programs is just dust, 15:16 an interstellar dust. 15:17 And then we have exploding stars 15:20 which we've talked about. 15:22 The biggest stars seem to be use up their fuel 15:25 and as they burn up their fuel, they tend to expand, 15:29 it get bigger and bigger like a balloon, 15:31 it's, we pretty much know this happens, 15:34 they get bigger and bigger till they can like a balloon 15:37 and they pop, they explode, 15:39 can't support this outer shell and they... 15:45 When this happens, we get this explosion, 15:47 the gas is travelling out at hundreds of thousands, 15:51 you know, 200,000, 300,000, 400,000 miles, 15:53 a half a million miles an hour, 15:55 this gas expands out in all directions. 15:58 And some of these they've actually photographed, 16:01 you can actually photograph, 16:03 this expanding gas over a period of every 10, 15 years 16:07 and you can play it back on a computer 16:08 and see and verify when it happened. 16:11 Doesn't happen very often in the Milky Way galaxy. 16:13 In fact since the invention of the telescope, 16:15 in the last 400 years, 16:17 we have not seen a supernova in the Milky Way galaxy. 16:20 We did see one quite close to our galaxy, 16:23 a little companion galaxy, 16:25 in the south we have the Magellanic Clouds 16:30 and in February 25, 1987 16:34 we had a star, nobody noticed this star, 16:36 it was like another star and all of the sudden, 16:39 it just went supernova, went bright, 16:42 brightest thing in the whole galaxy. 16:44 Some of these can actually be seen in the day time 16:47 and we talked about that before actually, 16:51 look at the Scripture what, 16:52 if you like to put that together with the God 16:54 and the Creator in heaven. 16:57 If you look at Hebrews 1:3, it said, no, actually 1:11, 17:04 where it says, "Of old, He laid the foundations of the earth, 17:06 and the heavens are the work of His hands. 17:08 They will perish..." 17:09 The heavens are gonna perish, 17:10 "Yea, all of them shall wax old like a garment, 17:12 as a vesture shalt thou change them, 17:14 and they should be changed." 17:17 Psalm 102:25 and 26, 17:19 it repeats almost the same thing. 17:21 And so some stars just my vesture, 17:23 King James talks about a vesture, 17:25 this outer jacket. 17:26 And some stars repeatedly cast off an outer shell. 17:29 Eta Carinae for instance does it about every 5.2 years, 17:34 we see a blast come off. 17:36 Some people find that Scripture to be helpful 17:39 but I wanna share, 17:42 talk a little bit about comets and as an illustration, 17:48 this would be kind of what a comet looks like. 17:50 Now a comet is the biggest thing 17:52 and the smallest thing in the solar system. 17:54 A comet, we have an ice cube, 17:56 okay, a chunk of ice, 17:58 the comet, the nucleus is just a chunk of ice 18:02 and it travels in our solar system, 18:05 you know, and when it gets out, 18:07 it will travel out past Jupiter, 18:09 Saturn, maybe Uranus, Neptune 18:11 and then it begins falling towards the sun. 18:14 And so it'll orbit the sun 18:16 and as it gets close to the sun, 18:18 this ice cube vaporises. 18:20 So what could be five mile chunk, 18:22 five mile ice cube, 18:23 okay, the nucleus could be 18:25 a five mile ice cube in diameter 18:28 but when it gets close to the sun, 18:30 as it comes in towards the sun, let's suppose, 18:31 this my computer is the sun, the heat from the sun, 18:35 the solar wind causes this ice to vaporise. 18:38 This little, you know, 18:39 five mile ice cube could become a hundred thousand mile, 18:42 we call this now the comet. 18:44 So the core is the nucleus and that's the ice cube 18:49 but then the vapor, cloud around it, 18:51 we call this the nucleus 18:53 and the tail is formed by the solar wind. 18:57 So as the comet comes in to go 18:59 and remember the sun is my computer, 19:00 now as it goes around the sun, 19:03 the tail always point away from the sun. 19:08 And what's really interesting, 19:09 the comet leaves the sun running into its tail. 19:13 Solar wind is crossing this tail 19:16 and yet the comet is moving away, 19:18 still causing the comet, 19:20 and so as it travels out in space, 19:22 it gets, you know, 19:24 smaller and smaller and smaller, 19:25 till when it gets out by Neptune, Uranus, 19:27 then we can't even see it. 19:29 Now what's interesting, 19:31 the comet leaves behind it, okay, 19:33 particles. 19:34 It is dust, it has a dusty tail in it, 19:37 it has the ion tail and vapor tail 19:42 and so behind the comet, 19:45 it has this debris that's spread out. 19:48 Now this debris is mass, 19:52 it's gonna follow the same order. 19:53 So as the comet has gone, 19:56 it's gonna leave a long tail of dust behind it. 19:59 Now it goes past Venus, it does a little dance, 20:02 it goes past Jupiter, does a little dance. 20:04 So it tends to wanna spread out, so in space, 20:06 even though the comet may have already been around the sun, 20:10 we still have this debris of particles behind it. 20:15 Even though or maybe way past the sun, 20:17 we still have these particles from the comet tend, 20:21 they want to follow the comet, orbit of the comet, 20:24 follow the same orbit. 20:25 Well, now we've got the earth going around the sun, 20:28 the earth is going around the sun 20:29 at 66,000 miles an hour. 20:32 What happens if the earth runs into these particles of dust? 20:36 Well, you can rub your hands together tight 20:38 and you get friction, they get hot, 20:40 you see, at 66, 000 miles an hour these dust particles 20:44 hit the upper atmosphere of our earth and vaporise. 20:48 Now we say, we saw a falling star, shooting star. 20:52 If you remember from our previous program, 20:54 we show you our sun, the star, 20:57 really big 20:58 and we showed you how little our earth is. 21:01 Well, what happened if a star fell on earth? 21:04 It would vaporize, 21:06 the earth would be gone 21:08 but when the Bible says, 21:10 the stars are gonna fall from heaven, 21:13 the Bible talks like we would look at the sky and see things. 21:17 We say a shooting star, a falling star 21:19 because they look like stars 21:20 but actually particles of dust 21:23 because our earth is travelling 21:26 66,000 miles an hour thorough space, 21:28 it goes through areas 21:29 and we have this periodic comet, 21:32 meteor showers like August, 21:34 around the 12th of August is the Perseid meteor shower 21:36 and the name comes from the constellation, 21:39 the stars appear to be falling 21:42 from the constellation of Perseus 21:44 and that's where we get the name. 21:45 In November, we have the Leonids, 21:47 they appear to be come from the constellation of Leo. 21:50 In December, we have the Gemini 21:52 and these were all the comets that have gone, 21:54 almost every month we have, 21:56 what we call periodic meteor showers 21:59 because the earth is going around 22:02 where a comet has gone. 22:04 Now we had a pretty spectacular one in 1833. 22:09 It was, in fact, we have, first of all, 22:12 I need to show you 22:14 a fantastic picture of comet McNaught. 22:18 Comet McNaught, 22:21 it's been three, four years ago, 22:24 most fantastic comet I've ever seen. 22:27 It was actually visible in the day time, 22:30 I went up to the top of our building, 22:33 right at sunset 22:35 and you could actually see this comet in the day time. 22:38 And so but you see the particles behind it, 22:40 that it leaves behind, 22:43 this comet McNaught and you can imagine 22:46 the particles that the earth would have travelled 22:48 through there at 66,000 miles an hour, 22:52 now what would happen. 22:53 In 1833, we had the meteor shower, 22:58 were called the Leonids, around the middle of November 23:01 and you can still go out and see 23:03 particles left over from that shower 23:05 but it turns out a comet Tempel-Tuttle 23:08 was responsible for that meteor shower. 23:10 Comet Tempel-Tuttle is a 33 year comet, 23:13 so every 33 years, it goes around. 23:16 That was 1833 23:19 and even down in 1966, 1999, 23:24 it's continued to go around 23:25 but it still has its whole path of debris 23:28 that it has left behind it. 23:31 And so if you go out, about the middle in November, 23:35 15th, 16th of November, 23:37 you can see the remnant of that. 23:39 And the next of that would be in 2033 23:45 and it'll be on the news. 23:47 In 1999, it was on the news like crazy. 23:50 In fact, they were saying 23:52 they really had plotted this comet very well 23:55 and they were able to predict 23:59 that the best views of this meteor shower of 1999 24:05 would be in the Orient. 24:07 And I went on Travelocity and made a... 24:10 There you could bid on airline tickets, 24:12 to go to Hawaii, 24:13 so I could see the meteor shower. 24:15 Well, I didn't get the offer, 24:16 so I didn't get to go but they were correct, 24:19 it was actually the most spectacular in the Orient. 24:23 Well, there's one more graphic coming up 24:27 and that shows you, 24:28 you know, they didn't have good cameras in 1833 24:31 but it shows you an artist conception of what the stars, 24:34 the falling stars of 1833 and this, of course, 24:40 create a great interest in the second coming of Christ 24:43 because people saw it as a sign, you know, 24:46 that the time of the end of this, 24:48 the stars were falling 24:50 as the Bible talks about the end of time. 24:52 The sun will be dark, the moon will turn to blood 24:55 and not give her light 24:57 and the stars will fall from heaven 24:58 and so this was a great exciting event of 1833. 25:04 Now these stars are falling at the rate of actually, 25:11 they figured about a 100,000 an hour. 25:13 It seemed like a 100,000 an hour. 25:15 They were coming straight down, from Leo, in November, 25:18 Leo was straight over head and we had though, 25:21 I watched the one in 1999 and these are fireballs, 25:25 they are very bright, in fact they actually, 25:28 some of them created shadows on the ground of the pine trees 25:31 where I live in the mountains. 25:32 And so it was a pretty spectacular event, 25:34 a most spectacular one I've seen. 25:36 But they're coming straight down out of Leo in November 25:39 because Leo's straight over head. 25:42 And so people thought 25:44 this was really a sign of time of the end. 25:46 One farmer went out and said that 25:50 he was gonna see if there were any stars left. 25:54 He was sure that all of the stars 25:56 fell the night before. 25:58 Well, the Bible tells us that 26:01 because He's strong and power and not one fail, 26:04 and once again and you'll be seeing in this series I guess, 26:07 the last weeks program, 26:09 we showed you the size of our sun, 26:11 we showed you the size of, you know, Arcturus 26:15 and Betelgeuse and Canis Majoris, 26:17 these huge, huge stars 26:19 and when we put these stars on the screen, 26:21 these big, huge stars, 26:22 you can't even see the size of the earth. 26:24 You can't even put a pin on the screen 26:25 and show you the size of the earth. 26:29 And so when we say a star fell, a star did not fall, 26:32 it was a meteor shower caused by friction 26:34 as our earth is travelling 66,000 miles an hour 26:37 around the sun 26:39 and the little particles of dust that create... 26:41 They burn up, they actually burn up 26:44 in the upper atmosphere 26:45 as we are orbiting about the sun. 26:49 So our time goes by so fast 26:53 and we wanna thank you for watching Heavens Declare 26:59 and just remind you that if you don't know the Lord, 27:03 you can find Him, you can seek Him and find Him. 27:05 The Bible tell us that you can seek Him and find Him 27:08 if you search for Him with all your heart, 27:10 we live in troublesome world, troublesome times everyday, 27:13 I think the world can't get any worse, 27:15 it seems like everyday it does get worse 27:17 and the Bible tells us that there's signs and at the end, 27:22 famines and pestilences and earthquakes 27:24 and so the day is coming when Jesus is coming, 27:27 you wanna be ready for that 27:29 and so thank you again for watching 27:31 our Heavens Declare. |
Revised 2016-11-28