In the figure, find the tension in both ropes and the of the three objects given that M = 10 kg.m= 4 kg,0 = 30° acceleration
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A: This problem can be solved using the Einstein mass energy Equivalence formula.
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A: Given: The mass of the particle m = 7 kg. The function of potential energy U(x) = (3x4-x2-4x+8) J.
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A: Given as, Electric Field strength (E)= 2.0 x 108 V/m, Separated distance (d)=3.5 x 10-2 m.
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A: The force can be represented as, F=-dUdxma=-dUdxa=-1mdUdx
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A: The force on the charge can be calculated as below,
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A: solution is given by
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Q: pls help me for HW thank u have a nice day=)
A: This graph below shows the charging of a capacitor .
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A: Here given the stopping power of the particle.We have to define the statement true or false.
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Q: How would you rearrange that equation for m_0
A: R = V(L/D)Cln (11-mf/mo)DCRVL= ln(11-mf/m0)11-mf/m0 = eDCRVL
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Q: 41 - 42. What is the electric potential energy of a +3 C and -6 C when placed in 4 m distance? •…
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Q: What is the definition of a vector potential?
A: Given: The Vector potential is defined below.
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