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q:=+5µC ve q= -1 uC! (0=37", r32=3cm, sin37'=0.6, cos37'=0.8) (k=9x10° Nm/C?) (1µC=10*C) Find the total direction and intensity they apply on the load. q3 32 q1 q2 F = 60.8N, 0= 32 2 b)O F= 12.1N, 0= 120.2 c)O F= 32.4N, 0= 200 2 d) O F- 60.8N, 0-- 32.2 e) O F= 43.3N, 0= 3.2°

q:=+5µC ve q= -1 uC! (0=37", r32=3cm, sin37'=0.6, cos37'=0.8) (k=9x10° Nm/C?) (1µC=10*C) Find the total direction and intensity they apply on the load. q3 32 q1 q2 F = 60.8N, 0= 32 2 b)O F= 12.1N, 0= 120.2 c)O F= 32.4N, 0= 200 2 d) O F- 60.8N, 0-- 32.2 e) O F= 43.3N, 0= 3.2°

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q1=+5µC ve q= -1 µC! (8=37", 1s2=3cm, sin37 =0.6, cos37*=0.8) (k=9x10° Nm³/C²) 93=+3µC! (1uC=10*C) Find the total direction and intensity they apply on the load. q3 r32 91 q2 F = 60.8N, 0= 32 2° F = 12.1N, 0= 120.2 F= 32.4N, 0= 200 2 d) O F- 60.8N, 0- - 32.2 F = 43.3N, 0= 3.2° b)
Transcribed Image Text:q1=+5µC ve q= -1 µC! (8=37", 1s2=3cm, sin37 =0.6, cos37*=0.8) (k=9x10° Nm³/C²) 93=+3µC! (1uC=10*C) Find the total direction and intensity they apply on the load. q3 r32 91 q2 F = 60.8N, 0= 32 2° F = 12.1N, 0= 120.2 F= 32.4N, 0= 200 2 d) O F- 60.8N, 0- - 32.2 F = 43.3N, 0= 3.2° b)
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