An invented robot can comprehend time through resultant vector once the hour hand and minute hand vectors were added together. Assuming that both vectors point from the center, outward. The length of the hour hand is 5.10 cm while the length of the minute hand is 10.50 cm Follow this given format in answering each sub-item: a. Draw the position of the hour and minute on clock for time configuration. Label with relevant angles and magnitudes b. Decompose the components of each vector along the x and y direction c. Calculate for the resultant vector and express in the form required in each item What would you tell the robot if the current time is: A. 10:30 AM, in bearing form? (FORM: magnitude – direction angle B. 1:25 PM, in unit vector form? (FORM where Ã = Ā, + Ãy = Ax î + Ayj. )

An invented robot can comprehend time through resultant vector once the hour hand and minute hand vectors were added together. Assuming that both vectors point from the center, outward. The length of the hour hand is 5.10 cm while the length of the minute hand is 10.50 cm Follow this given format in answering each sub-item: a. Draw the position of the hour and minute on clock for time configuration. Label with relevant angles and magnitudes b. Decompose the components of each vector along the x and y direction c. Calculate for the resultant vector and express in the form required in each item What would you tell the robot if the current time is: A. 10:30 AM, in bearing form? (FORM: magnitude – direction angle B. 1:25 PM, in unit vector form? (FORM where Ã = Ā, + Ãy = Ax î + Ayj. )

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

. Consider this time three vectors pointing at different directions. The first vector has a length or 95.4 cm directed at an angle of 60°. The second vector is 27.8 cm long and has an angle of 225'. Lastly, the third vector has a length of 48.1 cm directed at an angle of 315°. Determine the following: d. Illustration of the vectors and the resultant vector e. Vector sum of the three vectors メ f.. Resultant vector components と g. Resultant vector angle
Please see the attatched question. For question B, it needs to be drawn on a graphing paper. Please show all work and steps and explain where applicable.
Lab 4: Vectors nitude of 8.4 km and points 2. Components of vectors. The vector in this problem is a velocity vector which starts at the origin, has a magnitude of 11 m/s and has a direction of 135 degrees (measured counter clockwise from the +x axis). a. Using the gridlines below (0.5 cm spacing), draw the vector. This time, choose your own scale factor. Record your scale factor below. Make sure your scale factor is large enough so that your vector takes up most of the space in the diagram. Use a protractor and ruler to make sure your vector has the correct magnitude and direction. b. Draw a dotted line from the tip of the vector to the x axis. Using a ruler, measure the the x component in cm, and use the scale factor to convert to m/s. boltol c. Draw a dotted line from the tip of the vector to the y axis. Using a ruler, measure the the y component, and use the scale factor to convert to m/s. 5
Please help me with this problem.
A vector has the components A, = 28 m and A, = 11 m. Part A What is the magnitude of this vector? Express your answer to two significant figures and include appropriate units. HÀ Value Units Submit Request Answer Part B What angle does this vector make with the positive a axis? Express your answer to two significant figures and include appropriate units. HA ? Value Units Submit Request Answer
Basics Assignment: Q1. The following vectors involved in the problem are shown in Fig. 1, Find A+B (a) the direction of vector A from its components and calculate its magnitude (b) the direction ofB from its components and its unknown magnitude (c) the components of A+B, its direction, and magnitude. 2.0 m \5.0 m. 2.0 m Figure 1:Ýectors plotted. Q2. A vector Involved In the problem is shown In Flg. 2 Find the x, y, and z components of the force 45N shown below. Figure 2: Vector Illustration. 4N
Please solve correctly. Thank you!!
Consider this time three vectors pointing at different directions. The first vector has a length of 95.4 cm directed at an angle of 60°. The second vector is 27.8 cm long and has an angle of 225°. Lastly, the third vector has a length of 48.1 cm directed at an angle of 315°. Determine the following: \ d. Illustration of the vectors and the resultant vector e. Vector sum of the three vectors f. Resultant vector components g. Resultant vector angle
Use a scale drawing and find the x and y components of the following vectors. In each case the magnitude of the vector and the angle measured counterclockwise from the +x-axis. a.Magnitude = 9.0 m , angle = 60° b.Magnitude = 15.0 km, angle = 315° c.Magnitude = 4.6 cm, angle = 145°
Q3.The rectangle shown in Figure has sides parallel tothe x and y axes. The position vectors of two corners are A = 10.0 m at 50.0° and B = 12.0 m at 30.0°. (a) Find theperimeter of the rectangle. (b) Find the magnitude and direction of the vector from the origin to the upper rightcorner of the rectangle. B
Topic: Vector addition In the given data, determine the x and y components using vector addition. After, get the sum of both components. . Lets assume that 1 unit = 1 cm since the magnitude is unitless. Draw a graphical representation of each vector (A, B, C, D, and E) and label it. Use a ruler to determine the magnitude of the resulting vector and a protractor to determine its directions. Explain why the angle needs to add 360. (from tan^-1 (ry/rx) = -74.4 + 360 = 285.6 Show your solution in finding the required data.
Part A - Practice Problem: In a second contest, the three displacements given are 90.7 m, 20.0 west of north; 15.8 m straight north; and 80.1 m, 41.0 south of east. What magnitude does the winner calculate for the displacement to find the keys to the Porsche? Express your answer in meters. ? A = Submit Request Answer Part B - Practice Problem: What direction does the winner calculate for the displacement to find the keys to the Porsche? Express your answer in degrees. north of east Submit Request Answer