Learn vector addition by rectangular components MCQs, applied physics test for online learning courses, test prep to practice test. Vector and equilibrium quiz has multiple choice questions (MCQ), vector addition by rectangular components quiz questions and answers, vector concepts, torque in physics, vector magnitude, vector addition by rectangular components tutorials for online understanding physics courses distance learning.

Applied physics practice test MCQ: direction of resultant of two vectors is given by with options cos-1(ay + by/ax + bx), cos-1(ax + by/ay + bx), tan-1(ay + by/ax + bx) and tan-1(ay - by/ax - bx) for online viva voce, competitive exams' preparation and online distance educational learning. Free study guide is for online learning vector addition by rectangular components quiz with MCQs to practice test questions with answers. Vector Addition by Rectangular Components Video

MCQ: Direction of resultant of two vectors is given by

1. cos-1(Ay + By/Ax + Bx)
2. cos-1(Ax + By/Ay + Bx)
3. tan-1(Ay + By/Ax + Bx)
4. tan-1(Ay - By/Ax - Bx)

C

MCQ: Vector's x-components are represented by formula of

1. Ax + Bx
2. Ax + By
3. Ax - Bx
4. Ax - By

A

MCQ: Y-components of vectors are represented by formula of

1. Ay + By
2. Ay - By
3. Ay + Bx
4. Ay - Bx

A

MCQ: X-components of vectors are represented by the

1. subtraction of x-components
2. subtraction of y-components
3. sum of x-components
4. sum of y-components

C

MCQ: Resultant magnitude of two vectors is given by formula

1. √((Ax + Bx)² + (Ay + By)²)
2. √((Ax + By) + (Ay + Bx))
3. √((Ax + Bx)-(Ay + By))
4. √((Ax-Bx) + (Ay-By))

A