A flood light which projects a right circular conical beam is mounted on a pylon 7 metres above ground level. The axis of the beam makes an angle of 45° with the ground and the apex angle of the beam is 60°. Using a scale of 1:10, determine the shape of the illuminated ground area. Use third angle projection.
2. a point p is 16mm inside a 76mm diameter circle. if the circle rolls for one revolution along a fixed horizonal line, draw the locus of p. p is to start in it's highest position
Copy the elevation of the part cone shown and draw a plan and an auxiliary plan in the direction of arrow T to show the true view of the sloping face which is parallel to an element. Use first angle projection. 8 Draw the elevation of the cone given in the figure and project a plan, using third angle projection
You need to show me the figure being talked about. This information you sent is not enough to solve this problem. You can send it to me via teejaygracetech@gmail.com
draw a superior trochoid for a point 1m outside a rolling circle of 64mm diameter. let the circle make 1.5 revolutions with the initial position of the tracing point at the bottom of its vertical centre line
@His Grace tutor Can you pls help make a video to answer this questions pls 1. Draw an epicycloid and hypocycloid for 75mm diameter rolling circles and a 255 mm diameter base circle
Hello sir I don’t know if this channel is still operating I need your help urgently with a question An ellipse and a parabola share a common focus 32mm from the directrix.Draw both loci,in one diagram,if the eccentricity of the ellipse is 2/3.Draw a tangent and a normal 40mm from the directrix.
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i thank god for putting u on my page this was the exact assignment my td teacher gave ,and u explained it in such clear terms. God bless u sir
All thanks to God. Thanks and God bless you in Jesus name
A flood light which projects a right circular conical beam is
mounted on a pylon 7 metres above ground level. The axis of
the beam makes an angle of 45° with the ground and the apex
angle of the beam is 60°. Using a scale of 1:10, determine the
shape of the illuminated ground area. Use third angle projection.
2. a point p is 16mm inside a 76mm diameter circle. if the circle rolls for one revolution along a fixed horizonal line, draw the locus of p. p is to start in it's highest position
Noted sir
Copy the elevation of the part cone shown and draw a plan and
an auxiliary plan in the direction of arrow T to show the true
view of the sloping face which is parallel to an element. Use
first angle projection.
8 Draw the elevation of the cone given in the figure and project a
plan, using third angle projection
You need to show me the figure being talked about. This information you sent is not enough to solve this problem.
You can send it to me via teejaygracetech@gmail.com
Your work is done check it here and subscribe here too ruclips.net/video/QxMQwCseBcU/видео.html
draw a superior trochoid for a point 1m outside a rolling circle of 64mm diameter. let the circle make 1.5 revolutions with the initial position of the tracing point at the bottom of its vertical centre line
Check it through this link - ruclips.net/p/PLtW84LT1DKeejZNrb3xyW7YOvgZdaBq4q
GOD bless sir 🙏. This is what I've been looking for ☺️. Very nice 👌.
Thanks and God bless you too
Please help me to subscribe to my second RUclips channel: His Grace Tech Tutor. Thanks sir
Your camera is not clear
Copy the given elevation of the part cone shown and, using
third angle projection, add a plan
Send me the figure being talked about
@His Grace tutor
Can you pls help make a video to answer this questions pls
1. Draw an epicycloid and hypocycloid for 75mm diameter rolling circles and a 255 mm diameter base circle
Okay but there are similar problems like these that I had solved. Go to my channel playlists and check on LOCI or SPECIAL CURVES
Solution to question 10🙏🏽
Bfr 3
This was sooo helpful!!.... Thank you.
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@@HisGraceTutor the report
Hello sir
I don’t know if this channel is still operating
I need your help urgently with a question
An ellipse and a parabola share a common focus 32mm from the directrix.Draw both loci,in one diagram,if the eccentricity of the ellipse is 2/3.Draw a tangent and a normal 40mm from the directrix.
You can still follow what I did here and get it done
Thanks so much
All thanks to God
@@HisGraceTutor please sir ,that 8 and 9 is so confusing
@@HisGraceTutor please sir ,that 8 and 9 is so confusing
@@humphreyyang1732 just pay attention and I'm sure you will get it done
@@HisGraceTutor okay, thanks so much
Please how did you get the 2 + 3. Are we only using the ellipse 2/3 to calculate the ratio?
Please go to my channel you will see the written solution under my "Community" pannel.
Please sir do number 13 is really confusing me
How did you get the distance of vertex from focus as 20mm. It wasn’t stated in th question
20 mm is the distance between the directrix and the focus.
Appreciate it
Thanks
What is the name of the book sir
Engineering Drawing Book 1, Author Pick up and Paker
Please do the number 9 question
Name of textbook please?
Engineering Drawing book 1 by Pickup and Packer
Pls help out
Thank you
Thank you for making this video sir. I learnt a lot
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