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13 Nov 2019
Help with 15,26,38 all please (the guideline in the second pic ,same as ex 2 steps)
3.5 EXERCISES 1-40 Use the guidelines of this section to sketch the curve. where mo is the rest mass the particle moves with sp the speed of light. Sketch 42. In the theory of relativity , y=x(x-4)" EVM x2 +5x 25- where mo is the rest mass o and h is Planck's constant. of λ. What does the graph s 43. The figure shows a beam of walls. If a constant load Wi length, the beam takes the sh 2 - 3r +x 144 16 y + 1 18. y 24EI where E and / are positive co elasticity and / is the moment the beam.) Sketch the graph o 20.y r+ 1 21, y = (x-3)G 23, y=v/x2 + x-2 25. y 22, y=(x-4)è¿ 44. Coulomb's Law states that the f two charged particles is directly of the charges and inversely pro distance between them. The figu 1 located at positions 0 and 2 on with charge-1 at a position x b Coulomb's Law that the net fore is 27, y- 28. y= 29, y-x-3x1/3 1.yVx-1 33. y sin'x 35, y x tan x. -Ï/2
Help with 15,26,38 all please (the guideline in the second pic ,same as ex 2 steps)
3.5 EXERCISES 1-40 Use the guidelines of this section to sketch the curve. where mo is the rest mass the particle moves with sp the speed of light. Sketch 42. In the theory of relativity , y=x(x-4)" EVM x2 +5x 25- where mo is the rest mass o and h is Planck's constant. of λ. What does the graph s 43. The figure shows a beam of walls. If a constant load Wi length, the beam takes the sh 2 - 3r +x 144 16 y + 1 18. y 24EI where E and / are positive co elasticity and / is the moment the beam.) Sketch the graph o 20.y r+ 1 21, y = (x-3)G 23, y=v/x2 + x-2 25. y 22, y=(x-4)è¿ 44. Coulomb's Law states that the f two charged particles is directly of the charges and inversely pro distance between them. The figu 1 located at positions 0 and 2 on with charge-1 at a position x b Coulomb's Law that the net fore is 27, y- 28. y= 29, y-x-3x1/3 1.yVx-1 33. y sin'x 35, y x tan x. -Ï/2
Casey DurganLv2
18 Feb 2019