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Shashanoid
Questions (3)
An object of mass m=80 kg moves in one dimension subject to the potential energy
U(x)=λ4(x2−a2)2+b2x2.(1) Here we use λ= 6
0 answers
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A meteorite of mass m= 2 ×10^4 kg is approaching head-on a planet of mass M= 6 ×10^29 kg and radius R= 8 ×10^4 km. Assume
2 answers
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Q.) A block of mass m=2 kg on a horizontal surface is connected to a spring connected to a wall (see figure). The spring has a
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Answers (14)
Please give correct answer for this
please tell the value for KE :(
please tell the answers for this one -- ---------------------------------- A playground merry-go-round has a radius of R= 4 m and has a moment of inertia Icm= 9×103kg⋅m2 about a vertical axis passing through the center of mass. There is negligible
Yes sure KS :)
@bw thanks alot bw you helped alot today :) very very thanks.
someone please help with the value for " k " please :(
@bw - And λ= 6 kg/(m2s2), a= 4 m, and b= 36 kg/s2. please provide the value of " k " i'm not getting it
@bw sorry can you please provide the value of " k " for x0 = 3.16 and u_x = 6x^3-60x=0 ..
@bw - please help me with the Double well potential .. My U'(x) is 3x^3-20x=0 X_0 = 2.58 please help fr the value of " K "
@anonymous by u_s * mg/k you will get the x1 , | -2*u_k*mg/k + ( -x0 )| @bw please help me with that.
@bw - please help me with the Double well potential .. My U'(x) is 3x^3-20x=0 X_0 = 2.58 help for the value of K
@ bw Thanks alot for that emergency plane question , but i am still confused and not able to get that value of " K " :(
Please tell how to calculate value of " K " -- lambda = 3 , a = 9 , b = 223 .. :(
PLease Help With emergency landine question :(
