= 2 Kg × 8 m/s2 = 16 Kgm/s2 = 16 N. Q.3) A hammer having a mass of 1 kg going with a speed of 6 m/s hits a wall and comes to rest in 0.1 sec. Compute the obstacle force that makes the hammer stop. Solution:
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"Younger Diet members feel like they have nothing to do, they're cut out, they haven't earned their service time so they have to be quiet and just do what they're told, and who likes that?" said Tobias Harris, senior fellow at the Center for American Progress. The pr...
How this relaxation is achieved is currently unclear, but there are several possible scenarios including differences in the level of oxygen, growth factors, cytokines or interstitial fluid pressure17. Although we did not detect any significant differences in microvessel density in vital tumour areas of...
This velocity difference gives us a pressure difference between the top and the bottom (this follows from the good old Bernoulli's principle — refresh it at the Bernoulli equation calculator). We can see this in the second part of the figure. In turn, the pressure gradient leads to the ge...
A phenomenon involving a solid and a liquid in such intimate contact that the adhesive force between the two phases is greater than the cohesive force within the liquid. From: Modern Dictionary of Electronics (Seventh Edition), 1999 About this pageSet alert Discover other topics ...
This research provides an explanation why in practice the rotary speed decreases with increasing pressure. The conclusions obtained herein can be of great significance for future research on improving the stability and lifespan and reducing the maintenance consumption of RERD. Keywords: desalination; ...
Figure 1.Sphere with two consecutive torque vectors. COP (magenta): centre of pressure; T1(light red) and T2(dark red): two torque vectors; E1(light green) and E2(dark green): great circles associated with T1and T2; yellow line: cross-product vector of T1and T2, connecting the two CO...
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Last year will go down in history as agen AIbreakout year. Policymakers, business executives and cybersecurity professionals are all feeling the pressure to adopt AI within their operations. And the rush to adopt gen AI is currently outpacing the industry’s ability to unde...