5. A hikers total displacement is 13 km at 35 degrees North East. If the hiker...

Question

Question

science physics

Answer 1

Answer #1

The given problem is based on the concept of resolution of vectors into rectangular components.

3 군 The total distante taavelled by the hiken on hts 12 +1 3723] こ13x 2-3929 d= 31-105) km 31,1 km

Answer 2

Similar Homework Help Questions

a hiker travels 2 km due east of his starting point. then he travels 1 km...

a hiker travels 2 km due east of his starting point. then he travels 1 km northwest. finally, he travels 3 km due north. how far is the hiker from the starting point adter the 3 displacements and in what direction ? draw the three displacement vectors to scale and add them graphically.
A hiker travels 2 km due east of his starting point. Then he travels 1 km...

A hiker travels 2 km due east of his starting point. Then he travels 1 km northwest. Finally, he travels 3 km due north. How far is the hiker from his starting point after the 3 displacements and in what direction? Draw the three displacement vectors to scale and add them graphically Find the magnitude and direction of A, B and A + B for A = -4i – 7j and B = 3i – 2j . Describe the following...
Find the north and east components of the displacement (in km) for the hikers shown in...

Find the north and east components of the displacement (in km) for the hikers shown in the figure below. Find the north and east components of the displacement (in km) for the hikers shown in the figure below. Path 2 S= 4.8 km Path 1 40° north component km east component km

a hiker walks 5km due north and then 2km due east, what direction and how far...

a hiker walks 5km due north and then 2km due east, what direction and how far should he hike to return back ? Now the same hiker continues his journey 3km due north then 4km at an angle 30 degrees south of east and then finally 5km at an angle 45 degrees north of west and wants to return to his starting point. Now what direction and how far should he travel in ?
Jeff walks 8 km North and then 5 km in a direction of 60 degrees East...

Jeff walks 8 km North and then 5 km in a direction of 60 degrees East of North. Find his displacement (straight line distance) from his starting point. Note that on an X-Y graph, North is in the +Y direction (90 degrees CCW from the +X axis) and 60 degrees East of North is at +30 degrees on the X-Y graph.
A hiker leaves camp at 8am on level terrain. At 9am she is 5 km east...

A hiker leaves camp at 8am on level terrain. At 9am she is 5 km east of her starting point. At 10am, she is 2 km northeast (45 degrees N of E) of where she was at 9am. At 11am she is 5 km north of where she was at 10am. What is her displacement with respect to starting point, and what was her average velocity for the hike?

A small plane flies 40.0 km in a direction 65 degrees north of east and then...

A small plane flies 40.0 km in a direction 65 degrees north of east and then flies 30.0km in a direction 10 degrees south of west. Use the methods of vector algebra to find the total distance the plane covers from the starting point and the direction of the path to the final position. (Graphical and or algebraic)
A car is driven east for a distance of 43 km, then north for 22 km,...

A car is driven east for a distance of 43 km, then north for 22 km, and then in a direction 32° east of north for 29 km. Determine (a) the magnitude of the car's total displacement from its starting point and (b) the angle (from east) of the car's total displacement measured from its starting direction.
You hike 3km due north, then 2 km due east, finally 5km due south. C. How...

You hike 3km due north, then 2 km due east, finally 5km due south. C. How much time will it take for these drops to fall 1 kilometer? 3. You hike 3 km due north, then 2 km due east, and finally 5 km due south Draw the graphic addition of these vectors. Be sure to label directions on your hand- sketched graph, and the resultant vector. This graph does not have to be to A. scale. B. Determine your...

A small plane flies 32.0 km in a direction 45° north of east and then flies...

A small plane flies 32.0 km in a direction 45° north of east and then flies 13.0 km in a direction 15° north of east. Use the analytical method to find the plane's straight line distance from the starting point (in km) and the geographic direction of its displacement vector (in degrees counterclockwise from the east axis) total straight-line distance direction km X ° counterclockwise from the east axis What is its displacement vector (in km)? (Assume the +X-axis is...