Answered: features. View permissions 3. The v-t…

features. View permissions 3. The v-t graph for a train has been experimentally determined. From the data, construct the (a) a-t graph and (b) s–t graph for the motion for 0

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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HW 2_2 The volume of a partially-filled spherical tank can be computed as: V = πα 3 (3R – d); where d is the depth of the water in the tank (m) and R is the radius of the tank (m). Given that R=3m, to what depth must the tank be filled so that it holds 30 m³? Write a PYTHON code & implement the bisection algorithm to answer the question correct to 3 sig figs. Plot to select your own initial guesses. Display the answer in an informative sentence, using formatted printing.
Diesel tends to wait until the rabbit is closest before starting to chase. If the rabbit is traveling across the yard in a straight line, we can assume the simulation will start when the rabbit is located at [x (0), y (0)] = [x , 0] and have a velocity of [x ̇ (0), y ̇ (0)] = [0, C ], where RR0 RRR CR is the maximum speed at which the rabbit can run. Note, we are ignoring acceleration here, we are just assuming the rabbit has already accelerated to its max velocity and stays there. So, the velocity vector can change direction, but not magnitude. And the rabbit will change direction, so the velocity will change direction. From my observation, it does so when Diesel gets within a certain distance of the rabbit. But to keep it simple, suppose the rabbit just turns 90 degrees to the right at a fixed rate of 90 degrees/second starting at t = 2. Write the equations for the rabbit’s velocity, i.e. x ̇R(t) and y ̇R(t).
Please ASAP: (image provided) a) Create a function to solve a projectile problem where you are given initial x and y velocity, and the initial and final y position (inputs). You would like to use this function to find the final x and y velocity (outputs). This function will be used in the solution of the following problem. b) In the figure below, belt A moves with a constant velocity of 5 ft/s, and discharges sand onto belt B as shown. Assume that the angle of belt B is 15 degrees as shown. Write a MATLAB program to determine the required velocity of belt B if the relative velocity with which the sand hits belt B is (a) vertical, and (b) as small as possible. For part (b), use MATLAB to create a plot of the velocity of the sand relative to belt B, as a function of the velocity of belt B. Verify (either by hand, or by using MATLAB) that the minimum shown in this plot corresponds to the point at which the velocity of the sand relative to belt B is perpendicular to the velocity of…
Create a t-graph and determine the race car's maximum acceleration and total distance traveled using the v-t graph shown below. Amax = _____m/s2 ST= ______m
mechanical vibrations
Plz solve within 30 min I vill definitely upvote
c) Draw the e-t and s4 graphs if e= 0, s = 0 when (m/)
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PLEASE ANSWER QUICKLY AND FOLLOW THE INSTRUCTION. USE: A= 0 THANKS
1. The slope of a v-t graph at any instant represents instantaneous a. Velocity b. Acceleration c. Position d. Jerk
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