Maclaurins Series
Help please..
Finding the Maclaurins of:
ln tanx
- Read more about Maclaurins Series
- Log in to post comments
MATHalinoEngineering Math Review| Forum | Topics | Posts | Last post |
|---|---|---|---|
|
No new posts
|
|||
|
No new posts
|
57 | 171 | By Jhun Vert 1 year 4 months ago |
|
No new posts
|
26 | 80 | By Engr Jaydee 8 months 3 weeks ago |
|
No new posts
|
74 | 207 | By fitzmerl duron 1 year 5 months ago |
|
No new posts
|
3 | 6 | By Jhun Vert 4 years 11 months ago |
|
No new posts
|
18 | 50 | By Jhun Vert 3 years 6 months ago |
|
No new posts
|
21 | 41 | By Jhun Vert 1 year 3 months ago |
|
No new posts
|
|||
|
No new posts
|
121 | 325 | By Jhun Vert 1 year 4 months ago |
|
No new posts
|
31 | 83 | By Jhun Vert 1 year 4 months ago |
|
No new posts
|
40 | 120 | By Jhun Vert 1 year 3 months ago |
|
No new posts
|
9 | 19 | By agentcollins 4 years 3 months ago |
|
No new posts
|
|||
|
No new posts
|
93 | 207 | By Anonymous (not verified) 2 years 8 months ago |
|
No new posts
|
75 | 175 | By Jhun Vert 1 year 5 months ago |
|
No new posts
|
|||
|
No new posts
|
7 | 34 | By fitzmerl duron 1 year 4 months ago |
|
No new posts
|
46 | 86 | By inzenyrp 8 months 1 week ago |
Help please..
Finding the Maclaurins of:
ln tanx
the jet fighter has a mass 6450kg reguries 10 seconds from rest to reach its take off speed 250km/hr under the jet thrust t 48KN compute resistance "R" during take oof?
can anyone help with Hoists and Haulages in engineering mechanics?
hdr.jpg" />
hi please help me with my assignement.
this beam made of steel with moduus youg of 300 gpa, cross sectional area A1 =10.10^-6 m2
A2 = 20. 10^-6 m2.
length L1 = 2m
Length L2 =1,8 m.
at he level that is very rigid ring mounted to apply the load F=8 KN.
questions :
1.calculate reaction pedestal points A and B
2. stresses that ocur in cross section A1 and A2
3. the displacement Point C.
A balloon rises from the ground with a constant acceleration of 4ft per sec^2. Five seconds later, a stone is thrown vertically up from the launching site. What must be the minimum initial velocity of the stone for it to just touch the balloon? Note that the balloon and stone have the same velocity at contact.
dx-(1+2xtany)dy=0
Please help me to solve that
The radial stress p at distance r for the axis of the thick cylinder subjected to internal pressure is given by p + r (dp/dr) = A − p where A is a constant. If p = p0 at the inner wall r = r1 and is negligible (p = 0) at the outer wall r = r2 find an expression for p.
1. y(x^2+xy-2y^2)dx+x(3y^2-xy-x^2)dy=0
2. (x+ysin y/x)dx-xsin y/x dy=0
Let
f1(x) = 1 + x^3 for x ≤ 0 ,1 for x ≥ 0
f2(x)= 1 for x ≤ 0, 1 + x^3 for x ≥ 0
f3(x)= 3 + x^3 for all x.
show that
a) f, f' , f", are continous for all x for each f1, f2, f3.
Forum posts (unless otherwise specified) licensed under a Creative Commons Licence.
Recent comments
(…