Transpose the following to express k in terms of p and V: ) k (p + V) p = V + k+p+V Find the value of k when p = 9.2 and V = 0.042. %3D
Transpose the following to express k in terms of p and V: ) k (p + V) p = V + k+p+V Find the value of k when p = 9.2 and V = 0.042. %3D
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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P1V1^N=P2V2^n
Transpose that equation above was a question on a exam I had.
Similarly I found this (#61 in picture)
Transcribed Image Text:61. Transpose the following to express k in terms of p and V:
the constants K and c and calculate the probable resistance to m
The resistance R (newton) to motion of a body and its velocity V (m/s
is 3 cm, find t
ut from one corner ata
the two pieces so formed.
Show that these values are connected by the law R = K + cV², fim
(b) Find the angles between 0° and 360° that will satisfy the equation:
59. (a) Finad the angles between 0° and 360° that will satisfy the equation:
of3
2 sin? (0) - cos (0) = 1
3 cos (20) + 2 cos (0) =0
60
below:
V
10
15
20 25
10 25 | 50 | 85 130
R
velocity is 40 m/s.
k (p + V)
k+p+V
p = V +
Find the value of k when p = 9.2 and V = 0.042.
62. (a) Calculate the area of a trapezium inscribed in a semi-circ
the length of each non-parallel side of the trapezium is e
the semi-circle.
passing through the centre of, and perpendicular to,
the volume of the solid frustum of a cone thus generat.
Luin the simultaneous equat
Fthe
one.
een
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