Please answer this question in detail using derivations and words.
Please answer this question in detail using derivations and words. mgsind = mu V. Given this,...
part V please still not finished
making sure to label variables and constants described above (4 pts). ii. Approximating to three significant digits if necessary, what is the angular frequency of this oscillator on a string? ii. Approximating to three significant digits if necessary, how many cycles per second should we expect of this pendulum? iv. What is the particle's approximate SPEED at t = T/4 seconds? (for which T stands for 'Period' of this pendulum). If your F-B-D (i,...
Please show all steps and provide any explanations through
either text or definitions/equations.
GENERAL HOOKE Somewhere DEEP BELOW THE EARTH's surface, at an UNKNOWN displacement from the Earth's center, a particle of mass m is dangled from a long string, length L; the particle oscillates along a small arc according to the differential equation dt -0 Here, 0 refers to an angular displacement measured from the vertical and t refers to time. The particle's mass is given by m =...
Somewhere DEEP BELOW THE EARTH'S Suriace, at an UNKNOWN displacement from the Earth's center, a particle of mass m is dangled from a long String length L; the partido illates along a small arc according to the differential equation die =-600 Here, refers to an angular displacement measured from the vertical and t refers to time. The particle's mass is given by m = 3 kg. The length of the string is given by L = 2 meters. Whenever the...
I will give you a great rating ASAP if you (please) include ALL
steps, derivations, equations used, and explanations (in
words)!
PLEASE STICK WITH THE NOTATION GIVEN IN THE
PROMPT
Thank you so much for your help! I am horrible at
Dynamics!!!!
2. (33 pts) Lever OA having a slot moves with constant angular velocity (0). A particle B moves in the slot & also is constrained to move on the horizontal surface (always maintains contact w/ surface) as shown....
Please show me the detail using matrix form.
12. Given that 2.V 3 which of the following choices will make S linearly independent? b) v= 1-15 24 0 d) v
QUESTION 4 c) A parachutist bails out of an aeroplane and is in free fall for a time of 4 seconds as shown in the diagram below. At a point, the parachute opens and thereafter, the parachutist reaches the ground with a speed of 3 m s-1. If the total distance of the fall is 950m. What is the deceleration rate after open the parachute (acceleration is constant after open the parachute) ? Note: acceleration due to gravity, g =...
segments over the length L of the string, where the length of each vibrating segment equals one-half wavelength. Use this fact to show that the fr of the allowed standing waves on this string are given by fn-nfi, where n 1,2,3, 4,5,... and fi is the fundamental frequency. In other words, derive an expression relating the nth harmonic to the fundamental frequency. Yo may use the fact that the wave velocity is the same for all modes. 1. For a...
Using these two equations (behr free fall exp) x = -0.20t^2 + 0.60t + .03 and V= 9.70t + 0.9625 find the acceration of the fall and the velocity at “t=0” for both equations. Then calculate the velocity at time t=0.2 for each equation. (I think you use derivitives for the second part)(please show work) acceleration Initial velocity Velocity at t=0.2 v vs t x vs time Average acceleration
Please do all questions and show work.
1. (2 points) A 200 g mass attached to a light spring oscillates on a frictionless, horizontal table. The mass is pulled 8 cm and released. A student finds that 12 oscillations takes 18 seconds. (a) What is the spring constant? (b) What is the maximum speed of the mass? 2. (3 points) The position of an object connected to a spring varies with time according to the expression x = (7.5 cm)cos...
Please help answer all of
question 6, thanks!
Rotational Dynamics Assignment (200 Points) • Due Friday, July 31 at 5:00 pm Equations are in a separate document entitled “Equations for Rotational Dynamics Assignment” • Moments of inertia formulas are provided on the last page of this document • Show all of your work when solving equations. It is not sufficient to merely have a correct numerical answer. You need to have used legitimate equations and algebra. You also need to...