A bottle holder: A clever design of a bottle holder (a plank with a hole) is shown in the figure. Note that the holder is not fixed to the support; it stands freely, but only when the bottle is in. Assume that the mass of the bottle is 1 kg and that the center-of-mass of the bottle is at 3/5th of its length (h = 35 cm) from the neck support point. The bottle in its rest position is slightly tipped down (a = 15°). Assuming the mass of the stand to be negligible and l = 30 cm, find the angle 0 of the stand so that the bottle and the stand can be in equilibrium together as shown. 3h/5

Inquiry into Physics
8th Edition
ISBN:9781337515863
Author:Ostdiek
Publisher:Ostdiek
Chapter12: Relativity, Particle Physics, And Cosmology
Section: Chapter Questions
Problem 38Q
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Wed 2:30 PM
E LINKS - Google Docs
A Home Work-1
b My Questions | bartleby
O (2) DJ 2021 New Year Speci x
A Meet - ITP Lab Session O x
+
A classroom.google.com/c/MjMwNDE3NjYzMzMw/a/M]Q4NDQ2NZUOMİMO/details
ES N
Update :
I Apps
0g Outlook Web App
M Maths-1
M Organic Chem
M Gmail
O YouTube
A Maps
a News Translate
ob Outlook Web App
r Assignment pdfge BC.
about
Detunmne
Open with Google Docs
edge
OA ·
the
B
A bottle holder: A clever design of a bottle holder (a plank with a
hole) is shown in the figure. Note that the holder is not fixed to the
support; it stands freely, but only when the bottle is in. Assume that
the mass of the bottle is 1 kg and that the center-of-mass of the
bottle is at 3/5th of its length (h = 35 °cm) from the neck support
point. The bottle in its rest position is slightly tipped down (a =
15°). Assuming the mass of the stand to be negligible and l =
30 cm, find the angle 0 of the stand so that the bottle and the
stand can be in equilibrium together as shown.
6
3h/5
no friction
Will the ladder slip? A ladder of length l =4m rests against a wall
at 0 = 60°. Assume that there is no friction Page Wteh the laddQant
A
ladder
the verticalwall but there is friction between the around and the
30
tv
Transcribed Image Text:Chrome File Edit View History Bookmarks People Tab Window Help Wed 2:30 PM E LINKS - Google Docs A Home Work-1 b My Questions | bartleby O (2) DJ 2021 New Year Speci x A Meet - ITP Lab Session O x + A classroom.google.com/c/MjMwNDE3NjYzMzMw/a/M]Q4NDQ2NZUOMİMO/details ES N Update : I Apps 0g Outlook Web App M Maths-1 M Organic Chem M Gmail O YouTube A Maps a News Translate ob Outlook Web App r Assignment pdfge BC. about Detunmne Open with Google Docs edge OA · the B A bottle holder: A clever design of a bottle holder (a plank with a hole) is shown in the figure. Note that the holder is not fixed to the support; it stands freely, but only when the bottle is in. Assume that the mass of the bottle is 1 kg and that the center-of-mass of the bottle is at 3/5th of its length (h = 35 °cm) from the neck support point. The bottle in its rest position is slightly tipped down (a = 15°). Assuming the mass of the stand to be negligible and l = 30 cm, find the angle 0 of the stand so that the bottle and the stand can be in equilibrium together as shown. 6 3h/5 no friction Will the ladder slip? A ladder of length l =4m rests against a wall at 0 = 60°. Assume that there is no friction Page Wteh the laddQant A ladder the verticalwall but there is friction between the around and the 30 tv
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