Answered: The relationship between the number of…

Name: The relationship between the number of variables needed to describe a
Uploaded: 2024-03-20T06:57:25.000Z
Channel: Bartleby
Description: The relationship between the number of variables needed to describe a system, n, and the number of degrees of freedom in thesystem, d, is:O n= d- 1.O n = 3 d.O n= d+ 1.O n= d.

Science

Physics

The relationship between the number of variables needed to describe a system, n, and the number of degrees of freedom in the system, d, is: O n=d- 1. O n= 3 d. O n= d + 1. O n= d.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter8: Conservation Of Energy

Section: Chapter Questions

Problem 59PQ

See similar textbooks

Similar questions

The units of 1/4πε0 are: a. N·m2/C2 b. N2m2/C2 c. m2/C2 d. N2/C2 e. N•m/C
B = (3.72 , 0, 0) and C = (−3.72, 0, 0) and connected to the ceiling at point A = (−4.50 , 4.03 , 5.00). D = (0, 3.15, 4.00) Force F is given by F=10.0 i−12.5 j+25.2 k N P has magnitude 50.0 N and direction angles α=110.0∘ β=29.5∘, and γ=69.3∘ for the x, y, and z axes, respectively. F= 10.0 i N-12.5 j N+ 25.2 k NP = -17.1 i N +43.5 j N + 17.7 k N Find the angle delta between F and P
If v×w =2i −3j+2k, v×w=2i−3j+2k, and v⋅w=5, and θ is the angle between v and w, then
I am not sure how to work on this problem, the answers are Na=29.8N, Nb=8.12N. They gave a hint which says to find the acceleration of the system first.
The density of a star measured from the center of a star is equal to Z. a is constant. find the gravitational potential and g as a function of r.
What is the final position of a bus that travels a distance of 20 km from its origin going 25° N of W? O (-18.121+ 8.45j ) km O (18.121+ 8.45j Im O (8.45T+18.12j Im (8.45T +18.12 )km
The figure shows four vectors A, B, C and D having magnitudes 12.0 m, 10.0 m, 8.0 m, and 4.0 m, respectively. The sum of these four vectors is y B 30° + 30° X D 1076 2 48432 W S mand X M O a. 16.4 m at an angle 77.8° with respect to +X-axis. Ob. 16.4 m at an angle 12.3° with respect to +X-axis. c. 19.5 m at an angle 77.8° with respect to +X-axis O d. 19.5 m at an angle 12.30 with respect to +X-axis. O e. 8.20 m at an angle 77.8° with respect to +x-axis. F2 s # 3 E D 31, C M 80 $ 4 R F a FA % 5 V #tv ♫ T o FS G 6 B c Fo Y H & 7 N F7 p U 8 J DII FB 1 M ( 9 K F9 O A ) O 4 F10 L e e P il V F11 { 11 + [ C F12 command option O
The second part of a question, especially the section (e)
Compute for the unit vector of the V V =
In the shown figure, the length of the side of the square is 2a , if q;=Q is placed at point "1", the E at the center of the square is given by 1 2 3 Select one: O a. E= Q/(4 TE,a²)(-i+j) O b. E= Q/(4 /2 TE ,a²)(-i+j) O .E=Q/ (8/2 mE a?)(i–j) O d. E= Q/ (8 /2 TE,a²)(-i+j) O e. E= Q/(4/2 TE oa?)(i–j) 5.
A weight of 300.0 kg is pulled from the water by the setup consisting of two slanted poles and a moveable rope as shown in the figure below. Take the value of acceleration due to gravity g = 9.8 m/s. (Round your answer to one decimal place.) 6.6 m 5 m D 5 m 3 m 3 m
What is the scalar/dot product of the given 3-dimensional vectors: A = (xy)i + (2yz)j + (3xz)k and B = (yz)i + (2xz)j+(3xy)k , if x = 1; y = 2; z = 3? %3D %3D %3D O 144 136 O 132 O 138