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2. Let P(2, 1), Q(1,2), R(1,5) and S(4, 6) be four points in the xy plane. (a) Determine the vectors a = PQ, b = QŚ, c = SR and d xy plane below. (b) Calculate a+b+c+d and explain the answer in terms of the sketch at right. O Y = RP and draw them on the R P S X

2. Let P(2, 1), Q(1,2), R(1,5) and S(4, 6) be four points in the xy plane. (a) Determine the vectors a = PQ, b = QŚ, c = SR and d xy plane below. (b) Calculate a+b+c+d and explain the answer in terms of the sketch at right. O Y = RP and draw them on the R P S X

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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(Note: In parts (a) - (e), full marks will only be awarded if sufficient working is shown. In parts (b) (e) state which of the rules ( chain, product and quotient rules) you used. ) 2. Let P(2, 1), Q(1, 2), R(1,5) and S(4, 6) be four points in the xy plane. (a) Determine the vectors a = PQ, b = QŚ, c = SR and d xy plane below. (b) Calculate a+b+c+d and explain the answer in terms of the sketch at right. O Y = RP and draw them on the R •Q ● P S X
Transcribed Image Text:(Note: In parts (a) - (e), full marks will only be awarded if sufficient working is shown. In parts (b) (e) state which of the rules ( chain, product and quotient rules) you used. ) 2. Let P(2, 1), Q(1, 2), R(1,5) and S(4, 6) be four points in the xy plane. (a) Determine the vectors a = PQ, b = QŚ, c = SR and d xy plane below. (b) Calculate a+b+c+d and explain the answer in terms of the sketch at right. O Y = RP and draw them on the R •Q ● P S X
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