What is the value of R3? R = 15.0 Q, R, = 15.0 Q, AV = 5.50 V and / = 114 mA. %3! O 40.7 Q O 7.50 Q O 48.2 Q O 18.2 Q
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Q: add the vectors
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A: Given: Vector A→=3x^+3y^+z^ and vector B→=-4x^-2y^+5z^
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A:
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A: Magnitude of vector A→ = 23 units θ = 300o counterclockwise from + x axis
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- The figure shows a two-dimensional vector A. The x-component of A is -10.30 and the y-component is 6.45. What is the magnitude A of this vector? A = AA force 4 N making angle 45 with x axis. The y component is?A vector has an x component of -24.5 m and a y component of 31.9 m. Find the magnitude and direction of this vector. The angle should be between 0 and 360.
- The components of vector are = -3.5 and = -4.7, and the components of vector are = -6 and = +8.1. What is the angle (less than 180 degrees) between vectors andBour In figure (a) vector v shows the direction of a (+) positive charge moving with velocity v. The direction of the magnetic field B is also shown. What is the direction of the magnetic force (F) on the moving charge? In figure (b) vector v shows the direction of a (-) negative charge moving with velocity v. The direction of the magnetic field B is also shown. What is the direction of the magnetic force (F) on the moving charge? (a) (b) In figure (c) vector v shows the direction of a (+) positive charge moving with velocity v. The direction of the magnetic field B is also shown. What is the direction of the magnetic force (F) on the moving charge? x Ba B In figure (d) vector v shows the direction of a (-) negative charge moving with velocity v. The direction of the magnetic field B is also shown. What is the direction of the magnetic force (F) on the moving charge? In figure (e) vector v shows the direction of a (+) positive charge moving with velocity v. The direction of the…axis