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- s1Solution: 11. For the vectors shown in the figure, find graphically: 1) M+N; 2) M-N; 3) N-M; 4) -M-N og s psaui notstloob A t or 2Ew sbi lidwinm boole obil li 920 olet toooD IO 2An bsd т. l М 1S TNQUESTION 5 A battery connected in the circuit given below has an emf of 20.0 V and an internal resistance of 5.51 milli-ohm. The current flowing through the circuit is 31.6 A. a) Find the resistance R in the circuit upto three significant figures. b) Calculate the voltage drop across the internal resistance r c)) Calculate the voltage drop across the external resistance R Submit the resistance you obtained in a) (with three significant figures) as your answer. You are required to show your work for a), b) and c) in the file you submit.
- If I1 / I0=4/5 find I2/I0.A vector is given as follows: =-37 -27-37 The vector product 7 *7 equals: O A. +37 + 37 O B. +37 + 27 - 31 OC-37 - 27 + 37 D.437 - 37 OE.-37 +376. t cgclist cides 4.0 fm due east, then n.0km 21° west of northe From this point she rides 4.0 tm dlue 15 12.0k 7.o km due west, What is the final from where the cuclist (Bxpress your Oansuer rm i Assume the Itx adis is to the is to the nocth. ' displarement started 'cin tm)? besta U in vector tor east, and the ty-atis swer
- A = 3î + î + 23 43, B = ?Please help. This problem involves areas and linear transformations. Thank you.CLO 4 If the plane x+y+z-1=0 cuts the x-axis, y-axis, and z-axis at A, B, and C respectively. Find the perpendicular distance to the point P(2,6,9). В а. 9.24 b. 8.66 С. 9.81 d. None of the choices О е. 5.33 f. 5.67 N.
- Part B Which of the four drawings is a correct force diagram for this problem? (Figure 2) a b C Submit Request Answer Choose a coordinate system for each body Newton's 2nd law, F = mã, is a vector equation. To add or subtract vectors it is often easiest to decompose each vector into components. Whereas a particular set of vector components is only valid in a particular coordinate system, the vector equality holds in any coordinate system, giving you freedom to pick a coordinate system that most simplifies the equations that result from the component equations. It's generally best to pick a coordinate system where the acceleration of the system lies directly on one of the coordinate axes. If there is no acceleration, then pick a coordinate system with as many unknowns as possible along the coordinate axes. Vectors that lie along the axes appear in only one of the equations for each component, rather than in two equations with trigonometric prefactors. Note that it is sometimes…R-18.0 2 R 6.00 2 R 3.00 2 9.0 V 3.0 V 133. Convert the following values a. I degree to rad and to grad b. 400 grad to rad c. x/2 to grad and to time