Question 15. Let i=7-23+2k and ỹ= 37+43– 2ž be the position vectors of X and Y. Find the angle between i and ỹ vectors. Give your answer in radians correct to 2 decimal places. Answer:
Question 15. Let i=7-23+2k and ỹ= 37+43– 2ž be the position vectors of X and Y. Find the angle between i and ỹ vectors. Give your answer in radians correct to 2 decimal places. Answer:
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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Question 15. Let i=7-23+2k and y= 37+4}– 2k be the position vectors of X and Y.
Find the angle between i and y vectors. Give your answer in radians correct to 2 decimal places.
2
Answer:
Question 16. Let =i-23+2k and ỹ= 37+47– 2k be the position vectors of X and Y. The points
X, Y and the origin O form a parallelogram with the fourth point Z lying opposite the origin O.
Find the length of the diagonal XY.
Answer:
4
© Queen Mary University of London (2020)
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Transcribed Image Text:Foundation Student Handbook x - Course: Science and Engineeri X
9 SAMPLE-final exam_SEF041_2 X
b Verify Email | bartleby
(2 unread) - redb186@yahoo.c x +
qmplus.qmul.ac.uk/pluginfile.php/2633177/mod_resource/content/1/SAMPLE-final%20exam_SEF041_2021.pdf
A
Update :
Apps
Мaps
G Google
Mail - Ai'Sha Inay...
N Netflix
a Amazon.co.uk
Disney+ | Streami..
Course: Science a...
M Maths Genie - A L...
Edexcel AS Pure...
Reading List
>>
SAMPLE-final exam_SEF041_2021.pdf
4 / 7
129%
+ |
[a]
x E (, 7]
[b] x€ (,7]
[e]
not in the list
[c] x€ (0, 7]
[d] x€ (0, 5]
6.
Question 15. Let i=7-23+2k and y= 37+4}– 2k be the position vectors of X and Y.
Find the angle between i and y vectors. Give your answer in radians correct to 2 decimal places.
2
Answer:
Question 16. Let =i-23+2k and ỹ= 37+47– 2k be the position vectors of X and Y. The points
X, Y and the origin O form a parallelogram with the fourth point Z lying opposite the origin O.
Find the length of the diagonal XY.
Answer:
4
© Queen Mary University of London (2020)
II
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