▼ Part C x = 0, y = 0, z = +0.500 m Enter your answers numerically separated by commas. B₂. By, B₂= Submit Request Answer Part D VD ΑΣΦ I=0, y=-0.500 m, z= +0.500 m Enter your answers numerically separated by commas. Bz. By. B₂= - ΑΣΦ Submit Request Answer YANG [w] ? ? T T
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- In a total time of 3.0 minutes, a duck on a pond paddles 31 m [N33oE] and then paddlesanother 57 m [E28oS]. Solve for the displacement graphically (with a ruler andprotractor) and then answer the questions. The scale diagram should have a scale, labeled axes, correct vector length and directions, vectorlabels, appropriate significant digits based on your measuring device and final answer withmagnitude to correct sig figs, with unit and direction. Using the displacement you determined from your graph, what was the duck’s average velocityfor the trip? What total distance did the duck travel? What was the average speed of the duck for the whole trip?51. A roller coaster moves 90.0 m horizontally forward, then travels 40.0 m at an angle of 24.0° above the horizontal forward. What is its displacement from its starting point?If x= Acos(at +6) then v is a. -aA sin(at +ø). b. aA cos(at + 0). c. w²A sin(at +9). d. +aA sin(at + ø). e. -w*A cos(at +ø).
- Find the magnitude of OB .ds for the closed path (a )shown in the figure: 05 A 1 A ® 2 A Select one: а. О b. 3μ. (Τ.m) O C. 4μ. (Τ.m) d. 1μ. (T.m)A commuter plane starts from in the figure. The plone frst flies to city A, located 175 Km mon in the direction 30° north of east. Next, it flies for 150 Km 30°west north, to city B. Finally, the plane flies 190 Ku deie west, tocity C. airport & takes the raute shown an avay of Find the direct dis ance R from "the air port to city C. 250 В 200 150 (00 So PA | 30 50 _x(km] 100 150 200What is the value of coefficients A and B? Ix ₁ 15-2 w O 5/61,25/61 O 15/61,-35/61 O-5/61,-25/61 O 15/61, 35/61 72 VI 352 t Vo Ⓒ√x Vo-A√x + BIX 41
- Solve the unknown. Express the answer in two decimal places. Given: q1q2 = 2e- r = 5.0 x 10-11 m F = ?Needs Complete typed solution with 100 % accuracy.. 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
- help2D Component Analysis For Vector Addition 2. Perform the following vector operations using component analysis. Recombine the components of the resultant to express the resultant vector in magnitude and direction form. Use the x/y coordinate axes below for your analysis. a) Ad, = 85.0 km [N36.0°W], N, +y Ad2 = 122.0 km [W15.0°S], %3D Adg = Ad, + Adz = ? %3D E, +x Ad, = 370.0 m [S18.0°W], Adr = ad, + Ad, + Ad, = ? b) Ad, = 250.0 m [E], Ad, = 560.0 m [E35.0°S], %3D1. Write the following using the summation convention. (i) 1)? + (x²)² + (x³)² + · …+ (x")? (ii) ds? =g11 (dx')? + g22(dx²)²+ …+, (iii) ax'x³ + a,x²x³ + •…·+ a„x"xr³ ... gnn(dx")² ...