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THERMODYNAMICS

91 questions found

Practice Questions

The magnitude of the resultant vector from the previous question, R = (6i + 2j), is approximately…

A. 8.0 units
B. 4.0 units
C. 6.3 units ✓
D. 3.5 units
nmdcat.online AA Physics
Jun 25, 2026

A force of 40 N acts at 45° to the horizontal. The magnitudes of its horizontal and vertical components are…

A. (20 N, 34.6 N)
B. (28.3 N, 28.3 N) ✓
C. (34.6 N, 20 N)
D. (40 N, 40 N)
nmdcat.online AA Physics
Jun 25, 2026

A displacement vector has components Dx = -4 m and Dy = +3 m. The quadrant in which this vector lies is the…

A. First Quadrant
B. Second Quadrant ✓
C. Third Quadrant
D. Fourth Quadrant
nmdcat.online AA Physics
Jun 25, 2026
nmdcat.online AA Physics
Jun 25, 2026

The resolution of a vector into its perpendicular components is the reverse process of…

A. vector subtraction
B. vector composition ✓
C. scalar multiplication
D. dot product
nmdcat.online AA Physics
Jun 25, 2026

A force vector of 20 N is applied along the negative y-axis. Its components (Fx, Fy) are…

A. (20 N, 0 N)
B. (0 N, 20 N)
C. (-20 N, 0 N)
D. (0 N, -20 N) ✓
nmdcat.online AA Physics
Jun 25, 2026

The magnitude of the resultant of two vectors can be found using the Pythagorean theorem only if the vectors are…

A. parallel
B. anti-parallel
C. perpendicular ✓
D. equal in magnitude
nmdcat.online AA Physics
Jun 25, 2026
nmdcat.online AA Physics
Jun 25, 2026

Given two vectors, A = (2i + 3j) and B = (4i – 1j), the resultant vector R = A + B is…

A. (6i + 4j)
B. (2i + 2j)
C. (6i + 2j) ✓
D. (-2i + 4j)
nmdcat.online AA Physics
Jun 25, 2026
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