| Forum | Topics | Posts | Last post |
|---|---|---|---|
|
No new posts
|
|||
|
No new posts
|
57 | 171 | By Jhun Vert 8 months ago |
|
No new posts
|
26 | 80 | By Engr Jaydee 4 weeks ago |
|
No new posts
|
74 | 207 | By fitzmerl duron 9 months 4 weeks ago |
|
No new posts
|
3 | 6 | By Jhun Vert 4 years 3 months ago |
|
No new posts
|
18 | 50 | By Jhun Vert 2 years 10 months ago |
|
No new posts
|
21 | 41 | By Jhun Vert 7 months 2 weeks ago |
|
No new posts
|
|||
|
No new posts
|
121 | 325 | By Jhun Vert 8 months ago |
|
No new posts
|
31 | 83 | By Jhun Vert 8 months 1 week ago |
|
No new posts
|
40 | 120 | By Jhun Vert 7 months 1 week ago |
|
No new posts
|
9 | 19 | By agentcollins 3 years 7 months ago |
|
No new posts
|
|||
|
No new posts
|
93 | 207 | By Anonymous (not verified) 2 years ago |
|
No new posts
|
75 | 175 | By Jhun Vert 9 months 3 weeks ago |
|
No new posts
|
|||
|
No new posts
|
7 | 34 | By fitzmerl duron 8 months 1 week ago |
|
No new posts
|
46 | 86 | By inzenyrp 1 week 4 days ago |
1434 (fl. singer 4th edition)
Determine the maximum torque that can be applied at 1.0 m from the right end of the shaft, without causing excessive rotation.
Modified True or False:
1. The intersection of the vertical lines at various single support and orientation of a rigid body may approximate the center of gravity of the body.
2. The vertical and horizontal coordinates of the intersection at any reference frame is the centroid of the body.
3. It is assumed that the body is laminar and non-homogenous to determine the centroid.
turbine is rotating at a constant speed of 2,400rev/min. at what constant rate, in radians/s2, must its motion be retarted to bring it to rest;
a. In 20 mins.
b. In 300 revolutions
help me about this topic, thank you and godbless
Show that if f and f' are continuous on a ≤ x ≤ b and f(x) is not zero for all x on a ≤ x ≤ b,
then f and xf are linearly independent on a ≤ x ≤ b.
PLS HELP TO SOLVE THIS
a=(17+5sinx+12cosx) / (17+5sinx-12cosx) = b
THEN a and b are equal to
OPTIONS ARE
1. 2/15 and 2
2. 2 and 2/15
3. 2/15 and 15/2
4. -1 and 1
PLS GIVE EXPLANATION
please help!
A ball is thrown down the incline strikes it a a distance s = 254.5 ft. If the height h = 64 ft. above the point of release, compute its initial velocity abd inclination theta.
(there is a given 3 for opposite, 1 for adjacent)
what superelevation is required on a 40 railway curve for zero resultant flange pressure on a car running at a speed of 64kph?
C. What is the resultant flange pressure on a 450KN car moving around this curve at a speed of 96KPH.
Gage G of the track is 1.50m. (A 40 curve is one whose chord is 30.5m)
What is line organisation and line and staff organisation
Forum posts (unless otherwise specified) licensed under a Creative Commons Licence.
Recent comments
(…