6) as an ice block melts, the note at which its moss M. decreases is directly proportional to the square root of the which equation describes this relationshe _A) M/t) = √E B) Mit) = kt Dl dM sk√M df 7) н у=х2 лих a) 3+hX A D) 3+3nx 18 B) = e) 26 J k d4 = A Here b&R. M odm = k df 11 (X70), they y equale c) 3 mx B) 3+2lmX If y is a differentiable function of X the slope of the curve of; xy ²³ - 2y +44 ²³ = 6 at point where 2 y E) 2+X+X c) 5 18 D) -11 18 a) which of the following is the gra y = 4² of
6) as an ice block melts, the note at which its moss M. decreases is directly proportional to the square root of the which equation describes this relationshe _A) M/t) = √E B) Mit) = kt Dl dM sk√M df 7) н у=х2 лих a) 3+hX A D) 3+3nx 18 B) = e) 26 J k d4 = A Here b&R. M odm = k df 11 (X70), they y equale c) 3 mx B) 3+2lmX If y is a differentiable function of X the slope of the curve of; xy ²³ - 2y +44 ²³ = 6 at point where 2 y E) 2+X+X c) 5 18 D) -11 18 a) which of the following is the gra y = 4² of
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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Answer 7 only
Transcribed Image Text:6) as
an ice block melts, the note at
which its moss M. decreases is directly
proportional to the square root of
the
which equation describes this relationshe
_A) M(t) = ₂√E
B) Mit) = kt
Dl dM sk√M
df
7) + y = x ² lux
a) 3+hX
1
D) 3+3nx
18
B) =
26
e)
J
k
d4 = A Here b&R.
af
M
odm = k
df
11
(X70), they y equale
c) 3 mx
B) 3+2lmX
If y is a differentiable function of X
the slope of the curve of;
xy² - 2y + 4y³ = 6 at point
where
2
y
E) 2+X+hX
c) 5
18
D) -11
18
a) which of the following is the gro
y = 4²
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