(7) A person walks at a rate of 3.10 m/s 40.0° south of west. (a) sketch a drawing showing this vector (b) determine the components of this vector in each direction (c) How long would it take to travel 50.0 meters south? (d) How far would that person have traveled west in that same amount of time?

A vector has an x-component of -54, and a y-component of -67. What is the magnitude of the result of scalar -2 times this vector? A vector has an x-componant of -83 and a y-componant of 92. Find the magnitude of the vector.   Given a vector's magnitude and direction, 52 at 332°, find the Y component of the vector.   A vector has an x-component of 7, and a y-component of -5. A second vector has an x-component of -77, and a y-component of -91. What is the magnitude of the sum of these two vectors?   A vector has an x-componant of 33 and a y-componant of 22. Find the direction of the vector in degrees between 0 and 360.   A vector has a magnitude of 42, and a direction of 71°. What is the direction (in degrees between 0 and 360) of the result of scalar -98 times this vector?

Vectors A treasure map shows a path from the hanging tree to walk to find the buried treasure. It reads to start at the hanging tree and north 7.5 meters. The map then says to turn and walk 9.8 meters at 30 degrees north of east, then walk south 1.4 meters, and finally walk west 38.0 meters. Once at this position, the map says to turn east and walk 14.0 more meters, then turn north and walk 12.0 more meters, and finally to turn due west and walk 6.0 meters. There you will find the treasure!(a) Being a physicist, you want to get rid of all the steps and walk right to the treasure. What is the magnitude of the displacement you would walk if you walked directly to the treasure alongthe line of the resultant?

A jogger runs 77 meters in a direction 20 degrees east of north (A)and then 27 meters in a direction 35 degrees south of east(B). What is the total displacement, in meters, of the jogger? note: Č is a resultant vector

*65. ssm Vector A has a magnitude of 6.00 units and points due east. Vector B points due north. (a) What is the magnitude of B, if the vector Ā + B points 60.0° north of east? (b) Find the magnitude of à + B.

A vector has the components Ax=22mAx=22m and Ay=16mAy=16m. a) What is the magnitude of this vector? Express your answer to two significant figures and include appropriate units.   b) What angle does this vector make with the positive x axis? Express your answer to two significant figures and include appropriate units.

An ocean liner leaves New York City and travels 16.2°north of east for 117 km. How far east and how far north has it gone? In other words, what are the magnitudes of the components of the ship's displacement vector in the directions (a) due east and (b) due north? S (a) Number i Units (b) Number i Units

Both graphically (with a quick sketch) and analytically (by components with the equations) determine the resultant (both magnitude and direction) of the following three vector displacements: (1) 25.0 m at an angle of 45.0° north of east, (2) 20.0 m due south and (3) 30.0 m SW.

Vector A= -6i+4j Vector B= -3i-8j How do you find the quantity of abs(A+B)?

Vector X has magnitude 9.0 m and is directed east. Vector Y has magnitude 8.0 m and is directed north. What is the resultant displacement of the vectors?