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What are the letter notes for Hedwig's Theme on keyboard?
This is what my piano teacher taught me :D This means the note is going up: ^ This means the note is going down: v Sharp : # Flat : b B ^ E ^ G v F# v E ^ B v A v F# E ^ G v F# v D ^ F v B B ^ E ^ G v F# v E ^ B ^ D v C# v C A ^ C v B v Bb v B ^ G v E G ^ B v G ^ B G ^ C v B v Bb v F# ^ G ^ B v Bb v C v B ^ B G ^ B v G ^ B G ^ D v C# v C v A ^ C v B v Bb v B ^ G v E Hope this has helped :D
When was G. V. G. Raju born?
G. V. G. Raju was born in 1962.
What is the 6 x 6 D matrix for an isotropic linear elastic body?
D=E/((1+v)(1-2v))*[1-v v v 0 0 0; v 1-v v 0 0 0; v v 1-v 0 0 0; 0 0 0 0.5(1-2v) 0 0; 0 0 0 0 0.5(1-2v); 0 0 0 0 0 0.5(1-2v)]
An object glides on a horizontal tabletop with a coefficient of kinetic friction of 0.3 If it comes to rest after 1.3 seconds what was its initial velocity?
Correct and easier way: Kinetic friction is just a part of magnitude of forces affecting an object, so it can be multiplied by g(9.81) to get the total acceleration essentially. Coefficient(.3)=F(friction)/F(normal) So multiply .3 by g(9.81) to get 2.943 -2.943 is the acceleration of the object, as it's slowing down) So then, simply multiply by time (1.3) to get a Vi of 3.8259 Ffriction = -0.3 * m * g = m * a a = -0.3 * g So if we integrate over time: v(t) = -0.3 * g * t + v(0) We know that v(t=1.3) = 0. So we can place it in the equation. v(t=1.3) = 0 = -0.3 * g * 1.3 + v(0) v(t=0) = 0.3*1.3*g = 0.39 * g = 0.507 meters per second
What has the author G V Gaponov written?
G. V. Gaponov has written: '\\'
What has the author V G Lysenko written?
V. G. Lysenko has written: '\\'
What has the author G V Mizikovskii written?
G. V. Mizikovskii has written: '\\'
When did V. G. Jog die?
V. G. Jog died in 2004.
When did G. V. Desani die?
G. V. Desani died in 2000.
When was G. V. Desani born?
G. V. Desani was born in 1909.
When was G. V. Iyer born?
G. V. Iyer was born in 1917.
When did G. V. Iyer die?
G. V. Iyer died in 2003.
