UTM Find the domain and range of the function UTM UT f(r, y) = Vy - 4 + 1 TMU

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 1
UTM
a) Find the domain and range of the function
UTM &UTM
6 UTM UTM
1
UTM
b) Given u = xf (2x – 3y) where f is an arbitrary function. Show that
UTM UTM UTM
UTM UTM
з ду
du
2x du
UTM UTM
c) A physical quantity C is given by
u.
UTM UTM
G UTM
TM UTM
С (m, п, t) —
2t
UTM UTM UTM
UTM UTM
The maximum percentage error in the measurement of m, n andt are
1%, 1.2% and 1.5% respectively. Use partial derivative to find the max-
mn
imum percentage error in calculating C.
UTM
d) A
company produces two products. After considering all cost, the
UTM
company profit (in RM) is given by
UTM
UTM
1
1
-a² - y -
1
UTM
5"y + 130x + 145y – 1500,
week. Determine how many product x and y should be produced per
week to maximize it's profit.
UTM
Transcribed Image Text:QUESTION 1 UTM a) Find the domain and range of the function UTM &UTM 6 UTM UTM 1 UTM b) Given u = xf (2x – 3y) where f is an arbitrary function. Show that UTM UTM UTM UTM UTM з ду du 2x du UTM UTM c) A physical quantity C is given by u. UTM UTM G UTM TM UTM С (m, п, t) — 2t UTM UTM UTM UTM UTM The maximum percentage error in the measurement of m, n andt are 1%, 1.2% and 1.5% respectively. Use partial derivative to find the max- mn imum percentage error in calculating C. UTM d) A company produces two products. After considering all cost, the UTM company profit (in RM) is given by UTM UTM 1 1 -a² - y - 1 UTM 5"y + 130x + 145y – 1500, week. Determine how many product x and y should be produced per week to maximize it's profit. UTM
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