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- Answers created by Gaya3 - Socratic
Express the number of moles of Mg, Cl, and O atoms numerically, separated by commas moles of Mg, Cl, O =? How do you solve the inequality #3x < 5x + 8#? Who proved j j thomson incorrect with his cathode ray tube experiments? What is the strongest power ever found? Can I solved this problem by using conservation of energy ?
- Question #f7412 - Socratic
As ambient temperature increases the pressure inside cycle tube increases, After certain pressure l the tube can not take high pressure and it bursts if you are interested to learn more google Charles law and boyle's law
- Question #d04e8 - Socratic
Exact volume of the cone =15 4 pi " inches"^3 Approximate value~~11 78" inches"^3 to 2 decimal places Area of a circle is pir^2 This forms the base of the cone For a tube the volume would be pir^2xxh Where h is height and r is the radius A cone is 1 3 the volume of a tube so we have: "Volume of a cone "=1 3xxpir^2xxh Equation (1) We are given that the diameter is 3 inches As the radius
- Answers created by David G. - Socratic
A particle of mass #m# moving with speed #v# hits elastically another stationary particle of mass #2m# inside a smooth horizontal circular tube of radius #r# The time after which the second collision will happen? An object is at rest at # (5 ,2 ,8 )# and constantly accelerates at a rate of #2 5# #ms^-2# as it moves to point B
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Kristyanne Senske gets smarter on Socratic Kristyanne Senske joined Socratic 8 427397260273972 years ago Kristyanne Senske hasn't written a biography yet 16,618 students helped 2 Answers 2 Edits
- Question #b8bfd - Socratic
M = 2m(1-r R) Considering B_1 and B_2 with B_1 at the botton, its static equilibrium is attained with the forces For B_1 Horizontally f_1-f_c cos theta=0 Vertically -m g + n_1 -f_c sintheta=0 here f_1 is the horizontal contact force with the tube wall and f_c is the contact force between B_1 and B_2 and n_1 the floor contact force For B_2 Horizontally f_c costheta-f_2=0 Vertically -m g+ f_c
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Melissa S gets smarter on Socratic Melissa S joined Socratic 7 052054794520548 years ago Melissa S hasn't written a biography yet 12,394 students helped 7 Answers 1 Edit 4 Asked
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I'm in nursing school
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- Site Map - Intramolecular Aldol Questions and Videos | Socratic
Questions and Videos on Intramolecular Aldol, within Organic Chemistry II
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