Recent content by Masquerade178
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What Are Your Deepest Fears?
I still have that fear! :frown:- Masquerade178
- Post #12
- Forum: Fun, Photos and Games
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What Are Your Deepest Fears?
Its "breathe" my friend! :-p- Masquerade178
- Post #11
- Forum: Fun, Photos and Games
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Chinese boy who could see in pitch black
lol! :smile: But, actually I don't think zombies have any problem with sunlight... Its just that its difficult to create horror scene in broad daylight! :-p- Masquerade178
- Post #5
- Forum: Biology and Medical
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Chinese boy who could see in pitch black
I don't know why you said that... Newspapers at my place mostly contain stuff about politics, corruption or some paparazzi stuff...(None I find interesting..!) And just a page on science/technology! Don't know about other countries!- Masquerade178
- Post #4
- Forum: Biology and Medical
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Chinese boy who could see in pitch black
Stumbled upon these recently. http://www.dailymail.co.uk/news/article-2095309/Someones-eating-carrots-Chinas-cat-eye-boy-dark.html http://www.whydontyoutrythis.com/2013/08/chinese-boy-with-ability-to-see-in-pitch-black-stuns-medics.html I so always wanted the ability to see in the dark! I...- Masquerade178
- Thread
- Pitch
- Replies: 4
- Forum: Biology and Medical
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Resultant Velocity of a Projectile
There seems a small ambiguity in that sentence. Can you find the resultant velocity and angle with vertical after 1.3 sec? Just to check if you really got it! :smile:- Masquerade178
- Post #6
- Forum: Introductory Physics Homework Help
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Resultant Velocity of a Projectile
You're doing it right bro.. Maybe by the 'assumptions' they mean some basic assumptions like neglecting resistance by air, uniform gravity, etc.- Masquerade178
- Post #2
- Forum: Introductory Physics Homework Help
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Social Phobia and Anxiety: Is This Survey Accurate?
scored 48 Though I agree I dn't suffer from social anxiety, I'll say itz pseudoscience- Masquerade178
- Post #39
- Forum: Biology and Medical
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What is the Constant of Proportionality in Newton's Second Law of Motion?
Linear momentum is defined as p=mv Assuming there is no change in mass and differentiating, you get F=dp/dt- Masquerade178
- Post #2
- Forum: Introductory Physics Homework Help