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Gnoma [55]
3 years ago
10

There are 3 main pieces of evidence that support the big bang theory:

Geography
1 answer:
Feliz [49]3 years ago
4 0
<span>There are 3 main pieces of evidence that support the big bang theory:

a.Evidence of the expansion of the universe.
In the year 1929, Edwin Hubble observed that galaxies were generally receding from us provided the first clue that the big bang theory might be right.

(Edwin Hubble announced that galaxies found outside our own galaxy (Milky Way), as observed in the year 1929, were systematically moving away from us, at a rate proportion to their distance from us.) 

b.The abundance of light elemets ( h, he, li) in the universe is almost exactly as what the big bang predicts. elements were first fused within the protons and neutrons after the big bang

(Nucleosynthesis is a term that refers to the formation of heavy elements from the fusion of lighter elements. A second after the Big Bang occurred, the temperature of the universe was extremely hot and filled with neutrons, protons, electrons, positrons, photons and neutrinos.)
 
c.Cosmic Microwave Background (CMB) radiation is the remnant heat leftover from the big bang.

(First predicted by Ralph Alpherin, the existence of CMB radiation was first observed by Arno Penzias and Robert Wilson.  The Big Bang was theorized as a hot place and expanded. The gas within that cooled down leaving radiation of the heat that was left.)</span>
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How do scientists use data to determine the epicenter of an earthquake
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<u>Use of Triangulation, and interaction of the three circles.</u>

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Arrange the distances between Earth and various celestial objects in order from least to greatest. Use the conversion table to h
adelina 88 [10]

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Distance to Neptune at the farthest < distance to the star Betelgeuse < distance to the star VY Canis Majoris < distance to the galaxy Large Magellanic Cloud

Explanation:

Firstly, we need to work with the same units in order to make the comparison among the given distances. So, let's work with kilometers (km):

distance to the star Betelgeuse: 640 ly

640 ly \frac{63000 AU}{1 ly} \frac{1.5(10)^{8} km}{1 AU}=6.048(10)^{15} km

distance to the star VY Canis Majoris: 3.09 × 108 AU

3.09(10)^{8} AU \frac{1.5(10)^{8} km}{1 AU}=4.635(10)^{16} km

distance to the galaxy Large Magellanic Cloud: 49976 pc

49976 pc \frac{3.262 ly}{1 pc} \frac{63000 AU}{1 ly} \frac{1.5(10)^{8} km}{1 AU}=1.54(10)^{18} km

distance to Neptune at the farthest: 4.7 billion km

4.7 billion km=4.7(10)^{12} km

Now that we have all the distances in kilometers we can compare and arrange them in order from least to greatest:

Distance to Neptune at the farthest: 4.7 billion km=4.7(10)^{12} km

Distance to the star Betelgeuse:  640 ly=6.048(10)^{15} km

Distance to the star VY Canis Majoris: 3.09(10)^{8} AU=4.635(10)^{16} km

Distance to the galaxy Large Magellanic Cloud: 49976 pc=1.54(10)^{18} km

8 0
3 years ago
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