If f 2i+3j+4k acts on a body
Web1 aug. 2024 · answered Jun 5, 2024 by aniket0834 (38 points) As we have work done by body and displacement both are in vector form , Work done = force x displacementAs given in question, W= (5i+6j-4k) (6i+0i+5k)by multiplying, we get 30 + 0 -20 =10unitsthis is the work done by force. vector WebSt._John_Com-5_October_1996d3Q—d3Q—BOOKMOBIƒB ` x i ) 2\ ;E Cº L„ UË _; hª q* z‹ ƒÜ Œ× " ô$ Ô&‘ ( vÐ* ™ , ¼. ½´0 ´X2 )84 -˜6 { 8 úÐ: H " > * @ «xB áHD j @ ? ÿÿÿÿÿÿÿÿÿÿÿÿ EXTH ì j 1996d"Lake County Public Libraryi Indiana Room Collectioni local historyi St. Johni Indianag¿This is Vol. 1 Issue 5 of the St. John Communicator (newspaper)
If f 2i+3j+4k acts on a body
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WebFrom 9fffda7dfa8b2581137e24c7190fdaecbae38e72 Mon Sep 17 00:00:00 2001 From: fangzhiyang Date: Mon, 11 Oct 2024 21:39:15 +0800 Subject: [PATCH] =?UTF-8?q?=E7=AC=AC6 ... Web1 apr. 2024 · Forces of magnitudes 5 and 3 units acting in the directions 6i + 2j + 3k and 3i + 2j + 6k respectively act on a particle which is displaced from the point (2, 2, –1) to (4, 3, 1). Find the work done by the forces. vectors jee jee mains 1 Answer +2 votes answered Apr 1, 2024 by Anika (71.0k points) selected Apr 1, 2024 by Vikash Kumar
WebA force F=(3t i+5j) N acts on a body due to which its displacement varies as S = 2t^2 i - 5j m .… A force F = (y^2+2y+5) acts on a block in positive y – direction. Find the work done by this force… A force F = 6i + 2 j – 3k acts on a particle and produces a displacement of S = 2 i - 3 j + x k . If… Web20 sep. 2024 · To find the torque by the force F= (2i+3j-5k) acting on r1= (2i+4j+7k) m about r2= (i+2j+3k) m We will find the torque at r1 and subtract it from the torque at r2 as individually they are torques about the origin. Using determinant method, τ1 =r1 × F = i (21+20) + j (-10 -14) + k (8-6) = (41i -24j + 2k)
Web16 feb. 2024 · A force $(3i + 4j)$ Newton acts on a body and displaces it by $(3i + 4j)$ meters. The work done by this force is:A. 10 JB. 5 JC. 25 JD. 12 J. Ans: Hint: In the question, we need to determine the work done by the force to displace the body. For this, ... http://ia-petabox.archive.org/download/manualofoccultis01seph/manualofoccultis01seph.mobi
Web10 aug. 2024 · Force acting on a particle is 2i+3j work done by this force is zero when a particle is moved on a line 3y+kx=5 find value of k. force acting on a particle is 2i+3j work done by this force is zero when a particle is moved on a line 3y+kx=5 find value of k. 2 Answer(s) Answer Now. 1 Likes; 2 Comments; 0 Shares; Likes;
Weba¦ nsi™p§q ar“À«Ð±@€ðc°P™rowœ¥nst™p ¨f€ã®ahƒÈt©ƒ¨É„xd”¡¡a”ú³Ù€ô•óŸqusë ;âˆ(²àªág® ¯Ø¶è ¬J² l—±ˆ ‹·²à¬ smiˆ §ãli°Ad·*³Y‰Û± joy.ÈšÖ´±dim¥à•üŸ ˆ¨l» œ%ªï¯ ¯ ¯ ¯ ¯ ¯ ¯ ¯ ¯ 30¯ €H¯ ®ï105¾ s½@·)nYel§9¯@·ørii¸ … burrow vertalingWebAristotle'sðolitics…X2€ðol liöalu‚ 1 ‘aæilepos=„ñ020245 ‚/‚/‚(aƒ /li‚/„@2‚/‚/2799 >TableïfÃontent‚ ‚A„j/†°…¸†ç†â ... burrow vesper chairWeb28 sep. 2024 · two forces f1=2i-5j-6k and f2=-i+2j-k are acting on a boby at points (1,1,0) and (0,1,2) respectively. Find torque acting on body about ... #Acting. 1310 Views two forces f1=2i-5j-6k and f2=-i+2j-k are acting on a boby at points (1,1 ,0) and (0,1,2 ... The torque of force F = 2i -3j +4k newton acting at the point r =3i ... hampers online tasmaniaWebA particle moving in the xy plane undergoes a displacement of s=(2 i^+3 j^) while a constant force F=(5 i^+2 j^)N acts on the particle. The work done by the force F is. Under a force … hampers seven hillsWebThe angular velocity of a body is 2i+3j+4k. A torque τ = i+2j+3k acts on it.The rotational power is ( consider SI units only ) mcqs on rotational power hampers surreyWeb1 aug. 2024 · A force vector f=2i+3j+k act on a body find the work done by the force for a displacement of-2i+j-k - 4972752. Abdul6852 Abdul6852 01.08.2024 Physics Secondary School answered • expert verified A force vector f=2i+3j+k act on a body find the work done by the force for a displacement of-2i+j-k burrow victoriaburrow.comWebTwo Constant forces F1= (2i-3j+4k)N and F2= (i+j-2k)N acts on a body displace it from r1 to r2. Work? - YouTube 0:00 / 0:09 hampers sydney and melbourne