Comments by "Brozius" (@brozius) on "How to Debate People Who Don't Believe Anything You Say" video.

  1.  @whyamimrpink78  You never have anything and you know it. Mr. PhD. 🤣🤣
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  2.  @missylks1239  Don't bother Missy, This guy is a very unintelligent troll. The fun part is that he's saying that he has a PhD but everybody that argues with him shoves his arguments of the table because they are very unintelligent. This guy lies so much that he even rivals Trump.
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  3.  @missylks1239  It's actually very funny, I always use his own words against him and he doesn't even notice. And he says he's got a PhD but never tells in what he has a PhD. I'm going to ask him another question, watch this!
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  4.  @whyamimrpink78  So Mr. PhD. Which university did you go to?
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  5.  @whyamimrpink78  Why would anyone track you down and kill you? There some loonies here that want to take someones home, I give you that!
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  6.  @missylks1239  I asked him that as well in another comment.
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  7.  @whyamimrpink78  Just one simple question! A student used the following method to make a 250 cm3 standard solution of 0.150 mol dm3 propanedioic acid. • Measure out 3.9000 g of propanedioic acid on a 4 decimal place balance. • Transfer the propanedioic acid to a 250 cm3 beaker. • Add approximately 50 cm3 of distilled water. • • Stir the mixture to dissolve the propanedioic acid. Transfer the solution to a 250 cm3 volumetric flask. Add distilled water to the mark. • Stopper and invert the flask. · If necessary, add more distilled water to the volumetric flask so that the meniscus is at the mark. After analysis, the propanedioic acid standard solution was determined to be 0.154 mol dm3. Which of the following could account for the concentration of the propanedioic acid standard solution being less than 0.150 mol dm‍3? A Using a 4 decimal place balance instead of one that measures to 2 decimal places B Rinsing the weighing boat into the beaker C Rinsing the beaker into the flask D Having the top of the meniscus level with the mark in the volumetric flask
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  8.  @whyamimrpink78  You do realize that I set you up right? Now I know that you used google for it.
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  9.  @whyamimrpink78  Yea, you have a PhD. 🤣🤣🤣🤣
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  10.  @whyamimrpink78  Dude, you got that questions literally from the internet, just like I did earlier. 1. The elements that are the lightest on the periodic table (below magnesium—for example, hydrogen, carbon, nitrogen, oxygen, and sodium) have X-rays that are too weak to travel back to the detector and get counted. And XRF just tells you how much of what elements are present—it says nothing about the chemical structure. 2. MCT detectors are more sensitive and faster. electromagnetic spectrum (from approximately 800 to 2500 nm). 3. By simply exchanging the light source, beam splitter, and detector, the IRPrestige-21 not only measures in the usual mid-infrared region, but also measures in the near infrared and far infrared regions as well. This provides the following benefits. Benefits of Near Infrared Measurement: Samples can be left in glass or plastic containers for measurement Measures without dilution by KBr or other substance Allows observing overtone and combinations of peaks in the mid-infrared region Benefits of Far Infrared Measurement: Allows observing absorption peaks from oxides of inorganic elements Allows observing absorption peaks from halogen compounds
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  11.  @whyamimrpink78  I can use the internet as well and I can find answers and questions. It's not really hard to do. Doesn't mean you have a PhD.
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  12.  @whyamimrpink78  I can look up everything, here is an example (doesn't mean I have a PhD: For accurate calculation of the dislocation density in titanium alloys, the double-line separation phenomenon of the XRD results and the variation of the Burgers vector in different lattice directions were considered. The phenomenon of the double-line separation is more evident when the diffraction angle 2θ is larger than 40°. The mean value of dislocation density for the different hydrogen concentrations is about 10 ¹³ ∼ 10 ¹⁴ m ⁻² . Moreover, as the increases of hydrogen content in the titanium alloy, the dislocation density also increases.
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  13.  @whyamimrpink78  Forget it man, I know you looked everything up on the internet. Doesn't mean you have a PhD.
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  14.  @whyamimrpink78  Oh here we have you showing your BDS again. Mr. PhD.
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  15.  @whyamimrpink78  You mean like the evidence republicans had of voter fraud? Mr. PhD?
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  16.  @whyamimrpink78  He made the US the laughing stock of the world. Mr. PhD.
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  17.  @whyamimrpink78  What do you have a PhD in actually, you never said!
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