Mr. A leaves his home for his office. He drives 44 km away in a direction 22° north of east. Then, he takes turns and drives 16 km in a direction 198° west of north. Find the distance and direction from the shopper's home to the restaurant. a) Total distance he drove = Select an answer Unit b) x and y-components of the displacement vector: x-component = y-component = b) Magnitude of the displacement of his office from his home Unit Select an answer c) The direction of his office from his home = degree.

4. In the velocity selector shown in Figure , electrons with speed v = E/B follow a straight path. Electrons moving significantly faster than this speed through the same selector will move along what kind of path? (a) a circle (b) a parabola (c) a straight line (d) a more complicated trajectory (e) none of those answers.

7. What is the difference between a vector and a scalar quantity?

Hi there, looks like c is incorrect because wouldn't you use the 1/2 gt2

Compute for Rtotal

S Math with Units Introduction to Physics # 3 20 54 Which UNIT will the answer to this operation have? (We're only interested in the units, not the number.) If the operation is not valid, choose "Not Valid" 5 m.s 2 s² © 2003-2023 International Academy of Science. All Rights Reserved. MAR 20 000 A) m.s³ B) / % je in E E Acellus Learning System 5 F5 6 tv ♫ F6 & 7 C) m S D) Not Valid F7 NA * C ➤11 F8 Enter S F9 exec C F10

47.01 1 P V:1E Ooredoo li. 1 The time of fall (t) of a free falling object is directly proportional to the height (h) Select one: True False

why is current scalar

We amagde te posey dcton and hasa poveden nd han The -A+ Find the magude of the er Express y anring twgnican figs a Sub eustA

The plot below represents the straight-line motion of an electric car. What is the distance (in meters) traveled by the car from t = 0 s to t = 9 s? * v(m/s) 12 6 t(s) 9 2 O 12. 24. 36. 48. O 72.