1. Determine the horizontal and vertical 2. Calculate the rectangular components of each components of each force. velocity. a) magnitude 560 N, 0=210 counterclockwise a) N b) N from the horizontal 349/ 15 km/h b) magnitude 21 N, 0= 56 counterclockwise 125 from the horizontal 120 m () magnitude 1200 N, 0=430 counterclockwise from the horizontal d) magnitude 17 N, 0= 15 clockwise from the () 880 km/h at 70" to the horizontal vertical d) 135 m/s at 40 to the vertical e) magnitude 400 N, 0= 120 clockwise from the vertical3. a} Resolve a 100-N force into two equal rectangular components. II] Is there more than one answer to part a}? Explain. II. A sign is supported as shown in the diagram. The tension in the slanted rod supporting the sign is WELCOME! 110 N at an angle of 25 to the horizontal. a) Draw.r a vector diagram showing the components of the tension vector. It] What are the vertical and horizontal components of the tension? 5. A 35-N box is resting on a ramp that is inclined at an angle of 30 to the horizontal. Resolve the weight of the box into the rectangular components keeping it at rest. u 1 9. A jet is 125 km from Sudbury airport at quadrant bearing N24.3E, measured from the airport. What are the rectangular components of the jet's displacement? 12. Anna-Maria is pulling a wagon loaded with paving stones with a total mass of 100 kg. She is applying a force on the handle at an angle of 25 with the ground. The horizontal force on the handle is 85 N. 21) Draw a diagram of the situation. II] Find i] the total force on the handle ii} the vertical component of the force on the handle Round your answers to the nearest tenth of a newton