When you add two or more vectors, you are finding a single vector, called the resultant. State a parallel vector of 25km/h on a bearing of 060 degrees 0 25km/h on a bearing of 180 degrees O 50km/h on a bearing of 060 degrees 0 50km/h on a bearing of 030 degrees Two vectors that are parallel to each other A and add together to give a vector, V are called the rectangular vector components of A geometric vector shows the vector using an arrow diagram, or directed line segment, showing both magnitude and direction. You can add two vectors using the head-to- tail(triangle) method or the trapezoid method. True False\fState an opposite vector of, SOON upward. Q SOON downward Q -500N downward O SOON upward (:)-500N For which of the following situations would a vector be a suitable mathematical model? C] a boat travelling at 35km/h east O a box is pushed 10m to the left O a boat is travelling at 10 knots O a pulley system uses a force of 1000N to lift a container \fThe following are vector properties for scalar multiplication: O commutative property O identity property O associative property O distributive property A true bearing is a compass measurement where the angle is measured from north in a counterclockwise direction. \fSimplify the expression, u + V V O 27 Ou Out 2V O - uAn equilibrant vector is one that balances another vector or a combination of vectors. It is equal in magnitude but opposite in direction to the resultant vector. Vectors are collinear if they lie on a straight line when arranged head to tail. The vectors are also scalar multiples of each other, which means they are parallel. A scalar is a quantity that describes magnitude or size 0n|y(with or without units). What is the measurement of the scalar _\\ . _\\ vector, 3 V ,If I v I = 5001071\"! at a quadrant bearing of S30E O 1500km/h at a quadrant bearing of S30E O 500km/h at a quadrant bearing of N 30 W O 1500km/h at a quadrant bearing of N 30 W O -1500km/h at a quadrant bearing of N30 W The zero vector is defined as having zero magnitude and no specific direction. It is the result of adding two equivalent vectors. Write the quadrant bearing as a true bearing, $52 E O 128 degrees C 52 degrees O 232 degrees O 322 degreesA quadrant bearing is a measurement between 0 degrees and 90 degrees east or west of the north-south line