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Dr Vijetha Vardhan R N - Online Learning Sessions
India
Registrace 18. 12. 2011
This channel is created for Online Learning, applicable for VTU Students
Example 11, Development of Lateral Surfaces
A regular pentagonal prism of height 60 mm and base edge 30 mm rests with its base on HP. The vertical face closest to VP is 30 degree. Draw the development of the truncated prism with its truncated surface inclined at 60 degree to its axis and bisecting it.
zhlédnutí: 25 794
Video
Example 7, Development of Lateral Surface
zhlédnutí 10KPřed 7 měsíci
A rectangular prism of base 40 mm X 25 mm and height 65 mm rests on HP on its base with longer base side inclined at 30 degree to VP. It is cut by a plane inclined at 40 degree HP, perpendicular to VP cuts the axis at its mid height. Draw the development of the remaining portion of the prism.
Module 01 - Numerical on Temperature Scales - 21ME34 - Thermodynamics
zhlédnutí 1,3KPřed rokem
A temperature scale of certain thermometer is given by the relation 𝐭=𝐚 〖𝐥𝐨𝐠〗_𝐞 𝐏 𝐛, where a and b are constants and P is the thermometric property of the fluid in the thermometer. If at ice point and steam point the thermometric property is found to be 1.5 and 7.5 respectively. What will be the temperature corresponding to thermometric property of 3.5 on Celsius scale. @VijethaVardhanRN
Module 01 - Numerical on Temperature Scales - 21ME34 - Thermodynamics
zhlédnutí 550Před rokem
A thermocouple with test junction at T ℃ on a gas thermometer scale and reference junction at ice point gives emf e = 0.2t - 5X10-4t2 mV. The millivoltmeter is calibrated at ice and steam points. What will be the reading on this thermometer when the gas thermometer reads 70 ℃. @VijethaVardhanRN
Module 01 - Numerical on Temperature Scales - 21ME34 - Thermodynamics
zhlédnutí 915Před rokem
Fahrenheit and centigrade thermometer are both immersed in a fluid Fahrenheit reading is numerically twice that of centigrade reading. What is the temperature of the fluid expressed as degree R and degree K? @VijethaVardhanRN
#FPS | #FPE - Session 52
zhlédnutí 484Před 3 lety
Session-52. FPS, FPE, 17ME72, 15ME72,18ME55, Fluid Power Systems, Fluid Power Engineering, Pilot Assisted Solenoid Control of DC Valves, Control Circuitry for Cylinders, Control of Single Acting Spring Return Cylinder, Control of Double Acting Spring Return Cylinder
#FPS | #FPE - Session 51
zhlédnutí 182Před 3 lety
Session-51. Electro-Pneumatic Control, Solenoid, Push Button Switches, Limit Switches, Relay Switches
#FPS | #FPE - Session 50
zhlédnutí 183Před 3 lety
Session-50.Methods of Pneumatic Circuit design, Cascade Method of Pneumatic Circuit Design
#FPS | #FPE - Session 49
zhlédnutí 141Před 3 lety
Session-49. Control Diagram, Signal Overlap, Solution to Signal Overlap, Signal Suppression, Signal Elimination Technique, Signal elimination by Mechanical method, Signal elimination by reversing valves
#FPS | #FPE - Session 48
zhlédnutí 90Před 3 lety
Session-48. FPS, FPE, 17ME72, 15ME72,18ME55, Fluid Power Systems, Fluid Power Engineering, Function - diagram for double acting, two cylinders for sheet metal bending application. The cylinders are actuated a 52 spring return valves, two cylinders are used to transfer components from a container to a chute. The positional sketch of the unit is as shown in Fig.
#FPS | #FPE - Session 47
zhlédnutí 107Před 3 lety
Session-47. Multi-Cylinder Application, Functional Diagrams-Motion or Movement Diagram, Motion or Movement Diagram-Displacement-Step Diagram, Motion or Movement Diagram-Displacement-Time Diagram.
#FPS | #FPE - Session 46
zhlédnutí 71Před 3 lety
Session-46.Use of Logic gates in pneumatic applications, Control of extension of a double-acting cylinder, Sequential Control of two double-acting cylinder using pneumatic valves, Pressure dependent controls, Pressure controlled reversal of a double-acting single-cylinder, using limit switches for end position checking, Pressure controlled reversal without a unit switch (Mechanical checking).
#FPS | #FPE - Session 45
zhlédnutí 80Před 3 lety
Session-45. Technical realization of OR function using Shuttle Valve, Technical Realization of AND Function, AND Function through tandem connections of three 2/2 DC Valve, AND-Function using three, 3/2 DC Valves, AND-Function using two 3/2 DC Valves and a Twin Pressure Valve, AND Function using only Twin-Pressure Valves, NOT Function.
The end view of the line PQ is 50 mm long and makes an angle of 30° with the HP. The point P is 15 mm above the HP and 55 mm in front of the VP, the point Q is closer to the VP. Draw the plan and elevation of the line. If the length of the line is 70 mm Sir can u make a video on this
Sir can the Pentagon be drawn opposite like as you labbled (d) towards X axis and (ab) towards Y axis
Yes absolutely you can
Sir in my solid edge 21 there is no applications option 😢
I have not used a solid edge 21, search 🔎 for alternative
Thanks
Welcome
Sir how did u take the length and breathe of rectangle!!??
First construct the hexagon, then use a rectangle in such a way that all corners fit inside the rectangle, then measure the size of the rectangle.
Sir file link?
solidedge.siemens.com/en/free-software/overview/
sir where is the link, i want the files to install
solidedge.siemens.com/en/free-software/overview/ Letest version link
Sir can you give the software link to download
solidedge.siemens.com/en/free-software/overview/
Sir ,its corner condition
Yes it is a corner resting only.
Sir why axis is inclined 41° to VP since the question has mentioned 40° to VP ??? Can't we incline directly 40° to VP ?
Hi, 👋 a good question, to explain the concept, the axis is parallel to VP in stage one front view (FV). By stage 2, the axis is inclined to HP, and its projections in top view is a reduced length (apparent length). 30° to VP was the true angle, so we constructed the apparent angle which is 41°.
Tq🎉 sir
Welcome
Thanks a lot sir Idk how can I pass in this exam if u r not there 🥺
Always welcome
🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏TQ uh soo much sir🙏🙏🙏🙏🙏
Welcome 😁
Sir ur videos are very helpful thank u sir
So nice of you
Excellent lecturing 👏
Thanks 👍😊
Tq u so much sir.. because we have final exams I m seeing only your videos ..very helpful ❤
All the best
Thank u sir ❤🎉🎉
Most welcome 🤗
Sir i wish you were with me to teach 😫 But for real ur explanation is next level sir Please make more such videos to help us 🙏☺️
Thanks for your positive feedback, yeah sure will create more videos.
Sir please make on square pyramid
It is already available in playlist
Thank you 🎉
You’re welcome 😊
Perfect explaining
Glad you think so!
Good sir TQ u so muchhhh
Welcome
Y beta angle sir
Axis is inclined to both HP and VP
Why didn't u scale it to 0.816 ?
he did
Ohh yaa thanks 😁
It was scaled at the end.
thankyou sir please make videos on development as well
Sure I will
Thanks bro
Welcome
TQ u sirr ..
Welcome
Thank you sir
Thanks 👍
Sir how do we get to know we are getting apparent length and we need to cut the arc ??
If any line is inclined to both principal planes, then obviously we need to draw the apparent angle
Sir tomorrow is my caed exam . Im scared a bit
Just watch isometric and see the development chapter you can pass
@@VijethaVardhanRN thank you sir ull really motivate all of us. By the way sir I can pass easily but tge thing is I want to score more marks .anyways sir thank you for suggestion I'll follow the same
Thank you so much sir😊
Most welcome
Sar pls important questions cade
Ping me personally
Sir how to cancel copy after copying once
Just uncheck the copy option
Just uncheck the copy option
Sir axis inclination+base inclination =90° so we take 50° to HP it is right?
Yes absolutely perfect 👍
Sir on which type of problems we need to cut the arc on hp inclination line
For all problems you can follow arc method or rectangle method
Thank you sir🙏🏻
Most welcome
Sir really good appreciate for you sir ❤
So nice of you
Tmw exam ....tqsm fr ur help sir😊
Welcome 😊
All the very best
The way you teach is fabulous 👌
So kind of you. Thanks 👍
🙏🙏🙏🙏tqsm a lot
Welcome 🤗
sir it is said corner n u have rested it on edge in 1st step?
No it is a corner resting only, see the images properly.
Thank you so much sir ❤️
Most welcome
How to check full planes chapter sir
You can check this playlist Computer Aided Engineering Drawing (BCEDK103/BCEDK203) as per 2022 Scheme under VTU, Common to all Branches.: czcams.com/play/PLmtkUWvLLBMqjNycXknjpe2elK8ZTHyWM.html
Sir, why did you reduce only the hemisphere into the isometric scale but not the sphere?
In the 4 arc method, the diameter will be reduced. But the diameter of the sphere will never be reduced
What if we forgot to trim those unecessary lines ? ? Will they cut marks ?
Nope 👎 you can retain the construction lines as thin lines
Thankyou sir
Welcome 😊
Sir atlast when you convert whole into isometric then radius of hemisphere also converted into isoradius ???
In the four arc method, obviously the diameter will be reduced, but this is the easiest way to construct the hemisphere
@@VijethaVardhanRN Thank you sir
wt abt freely suspended problems from 13???
Out of syllabus
@@VijethaVardhanRN thank u sir
Your teaching is excellent!!
Glad you think so!
Thank you so much sir !! It's so helpful to me 😊
Welcome 🤗
Welcome 🤗