please answer part 2 The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotatingcounterclockwise at the rate of 13.1 deg/s when the sprinter passes the 65-m mark, determine the speed v of the sprinter andthe value of r.Part 1Answers:r =CorrectCalculate the distance r, the angle 0, and the rate of rotaion of the camera 0 in rad/s.0 =0 =22.4757.72446 m0.228646 mmO12 mrad/s12 m Part 2Calculate the component of the velocity in the O-direction.0Answer: Ve= i118! m/s0e oVe T

Answered: Image /qna-images/answer/1b476106-96d8-401b-aa0f-f67b6c91be6b.jpg

Answered: Part 2 Calculate the component of the…

Engineering

Mechanical Engineering

Part 2 Calculate the component of the velocity in the 0-direction. 0 Answer: Ve= i 1 vo 0 ! m/s 0 e o VT V er

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

See similar textbooks

Related questions

Q: The normal strain in a suspended bar of material of varying cross section due to its own weight is…

Q: 6.16. Tilting plane *** A mass M is fixed at the right-angled vertex where a massless rod of length…

A: Now, apply the differentiation to the above position and square the obtained velocity (…

Q: Two solid bars support a load P as shown. Bar (1) has a cross-sectional area of Al 4100 mm" m^2 and…

A: Given data;Bar (1)…

Q: A polyamide F-0 flat belt 80mm wide is used to transmit 5 kW under light shock conditions where Ks =…

Q: 2 Brass expands more than iron when heated. How would the strip look after prolonged exposure to…

Q: What is capillary in fluids? Explain capillary rise as well as capillary fall. Also, provide the…

A: Capillarity is the property of fluid. Capillarity is the movement of liquid due to forces of…

Q: Slider D A ( с link (AB) = 500 mm link (BC) 42 mm link (CD) ? S D For the mechanism Shown above...…

A: Length of the link ABLength of the link BCFrom the given figure according to the lines on the page…

Q: A 143 N force is applied to the member at point A and a 250 N force is applied to the member at…

Q: The jet transport B is flying north with a velocity VB = 620 km/h when a smaller aircraft A passes…

Q: Determine the internal shear force at a location of x = 0.9 m for the following beam. f(x) = 2…

A: The load = 2(kN/m)Find the internal shear force at x= 0.9m

Q: A hollow steel [E = 30,000 ksi] tube (1) with an outside diameter of 3.125 in. and a wall thickness…

Q: The simply supported beam below has two different distributed loads acting on it. In the first…

A: The simply supported beam below has two different distributed loads acting on it. In the first…

Q: The radius of the member is r= 3.45 ft and F has magnitude F= 490 lb. In two dimensions, the moment…

A: According to the given dataF=490 lbr=3.45ftWe need to findThe moment of the force about the point-O

Q: The heat flux, q, is 6000 W/m² at the surface of an electrical heater. The heater temperature is…

Q: The block below has 2 applied loads as shown. The force F is lb. The force G is lb. What is the…

A: The force, G = (-13i + 24j) lbThe force, F = (18i + 29k) lb

Q: Steam enters a turbine steadily at a flow rate of 1 kg/s at 7 MPa and 500 degrees and exits as…

A: Inlet conditions:Mass flow rate (ṁ) = 1 kg/sInlet pressure (P1) = 7 MPaInlet temperature (T1) =…

Q: If the allowable bearing stress for the material under the supports at A and B is o₂ = 810 psi,…

A: FBD

Q: 0 A Find Reactions Determine the reactions at A and B. A = A 8 m long beam is subjected to a load…

Q: A pendulum consisting of three masses is shown below. The middle mass M is fixed at the midpoint of…

A: Given:To find:Equation of motionFrequency of vibration

Q: -800 lb/ft -0.5 wwwwwww 14,-0.2 30°

Q: A l 10 ft long beam AB is subjected to a distributed load which • is constant 150 lbs/ft between x =…

Q: 17. Under static or constant velocity conditions, the wheelchair will tip back- wards if the…

Q: Car A rounds a curve of 136-m radius at a constant speed of 53 km/h. At the instant represented, car…

A: Velocity of car A,Velocity of car B,Acceleration of car B,Radius,r=136 m

Q: Determine the initial angular acceleration of the roll as the paper unrolls

A: Given DataMass of the paper roll m=19.2KgThe radius of gyration KA=120 mm=0.120mThe coefficient of…

Q: The copper shaft is subjected to the axial loads shown in the figure. Determine the displacement of…

A: Here, P is the applied load at end A and is the area of section AB.Determine the cross-section area…

Q: Create an illustration or diagram of the amusement park ride called THE BUMPER CAR RIDE, then…

A: Given:Bumper car rideTo find:An illustration or diagram of the amusement park ride called THE BUMPER…

Q: Fine E For calculations on this page, keep 4 digits after the decimal point. A mass m = 2.5 kg is…

A: Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: What is the Reynolds number of a fluid flowing in a tube with an inside diameter of 2 inches? The…

Q: A vehicle is traveling on a curved road at a speed of 55 ft/s at point A, as shown in the figure…

Q: QUESTION 1 Determine the magnitude of the resultant of the two forces shown. Force F has a magnitude…

Q: Consider the beam shown in (Eigure 1). Suppose that w 520 N/m Figure 3m Determine the magnitude of…

A: w=560N/mTo determine:Magnitude of reaction at A.x and y components of reaction at B .

Q: Use backward-difference formula to evaluate the first derivative of y = x2 + 4x – 5 at x=0 using a…

Q: Concrete wall 30 cm thick has 10 cm wide void (area 0.1 m²) in the middle as shown. Find temperature…

Q: Part A A steel tube having an outer diameter transmit 9 hp when turning at 27 rev/min. 1 hp = 550…

A: Given data:The outer diameter, do = 2.5 in.The power transmitted, P = 9 hp.The turning revolution, N…

Q: A propeller-driven aircraft has an in-flight weight of 4,105 lb (equivalent to a mass of 1,862 kg)…

Q: Determine the internal shear force at a location of x = 2.5 m for the following beam in kN. 3 m 2 kN…

Q: Verify that the following are the yield the same expression for the stress tensor σ. o = {ê}¹ [o]{ê}…

A: For solution refer below images.

Q: A pipe that carries water, has section of radius r₁ = 12 cm; it is narrowed, so the section has…

Q: The couple M=126 kip-in. acts in a vertical plane and is applied to a beam oriented as shown.…

A: M = 126 kipTo find out :-The stress at point A

Q: The fluid in a manometer tube is 60 % water and 40 % alcohol (S.G.0.83). What is the manometer fluid…

A: Given Data

Q: In an exothermic process, the volume of a system expanded from 213 mL to 2135 mL against a constant…

Q: Consider a straight tapered wing with a tip chord of 6ft, a wing span of 60 ft a leading edge sweep…

A: c_root = 2 * (wingspan / 2) * tan(LE sweep angle)c_root = 2 * (60 ft / 2) * tan(40°)c_root ≈ 60 ft *…

Q: The influence of maximum temperature on the efficiency of a Rankine cycle is desired. Holding the…

Q: Determine the internal bending moment at a location of x = 0.2 m for the following beam in kN-m.

A: Given:Find:The internal bending moment at a location x=0.2 m for the beam.

Q: When filled to capacity, the unpressurized storage tank contains water to a height of h = 43 ft. The…

Q: 10.Given F = xy i-y²j find the work done in moving an object along paths C₁ and C₂ in the figure…

A: The work done in moving an object along a certain path can be calculated as;Path C1:Along the line…

Q: How does the cutting-edge equipment improve upon its predecessors?

A: Cutting-edge equipment often improves upon its predecessors in several key ways. Here are some…

Q: The sprinter begins from rest at position A and accelerates along the track. If the stationary…

A: rate of the rotation of the cameraFrom the given figure:Height of the camera from the sprinter:

Q: 4. Explain the terms, overdamped, critically damped, underdamped, undamped systems. What do you…

A: define type of system and resonance in vibration

Q: 1. A heat pump consumes 28 kW of power and removes 154 kW of heat from the low temperature…

A: Power consumption of heat pump:And heat removal from the low temperature reservoir:Because heat pump…

Concept explainers

Fluid Kinematics

The branch of science that deals with objects which are either in motion or stationary are studied under the branch of classical mechanics. Fluid mechanics is a subcategory of classical mechanics that deals with the behavior of fluids at rest (fluid statics) or in motion (posing some velocity). In fluid kinematics, studies focus on the associated motion of fluid particles or groups of particles, and its associated parameters like displacements, velocity, and acceleration without concerning about the forces that caused the motion. All the laws of classical mechanics are applied in the study of fluid kinematics.

Question

please answer part 2

The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating
counterclockwise at the rate of 13.1 deg/s when the sprinter passes the 65-m mark, determine the speed v of the sprinter and
the value of r.
Part 1
Answers:
r =
Correct
Calculate the distance r, the angle 0, and the rate of rotaion of the camera 0 in rad/s.
0 =
0 =
22.47
57.724
46 m
0.2286
46 m
m
O
12 m
rad/s
12 m

Part 2
Calculate the component of the velocity in the O-direction.
0
Answer: Ve= i
1
18
! m/s
0
e o
V
e T

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1: Given

VIEW

Step 2: Calculation for Part 2

VIEW

Solution

VIEW

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 17.2 deg/s when the sprinter passes the 53-m mark, determine the speed v of the sprinter and the value of r. Part 1 Answers: Calculate the distance r, the angle 0, and the rate of rotaion of the camera 0 in rad/s. Y = Mi 0= i || i Mr 38 m 38 m m O 11 m rad/s 11 m.
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 13.1 deg/s when the sprinter passes the 65-m mark, determine the speed v of the sprinter and the value of r. Part 1 Answers: r = Calculate the distance r, the angle 0, and the rate of rotaion of the camera in rad/s. 0= 0 = i i 46 m i 46 m 3 0 O rad/s 12 m 0 12 m
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 11.7 deg/s when the sprinter passes the 69-m mark, determine the speed vof the sprinter and the value of i. 48 m 13 m Part 1 Correct Calculate the distancer, the angle 0, and the rate of rotaion of the camera ở in rad/s. 48 m 13 m Answers: 24.7 m e- 58.24 0.2042 rad/s
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 16.8 deg/s when the sprinter passes the 56-m mark, determine the speed vof the sprinter and the value of ř. 40 m 12 m Part 1 Calculate the distance r, the angle 8, and the rate of rotaion of the camera ở in rad/s. 40 m 12 m Answers: m e = i 9 = i rad/s
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 11.7 deg/s when the sprinter passes the 69-m mark, determine the speed vof the sprinter and the value of r. 48 m 13 m Part 1 Correct Calculate the distance r, the angle 0, and the rate of rotaion of the camera ở in rad/s. 48 m 13 m Answers: 24.7 m e- 58.24 9 - rad/s 0.2042 eTextbook and Media Hint Attempts: 2 of 3 used
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 11.7 deg/s when the sprinter passes the 69-m mark, determine the speed v of the sprinter and the value of r. 48 m 13 m Part 1 Your answer is partially correct. Calculate the distance r, the angle 0, and the rate of rotaion of the camera ở in rad/s. 48 m 13 m Answers: 24.7 m e- 58.24 0.20 rad/s
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 16.4 deg/s when the sprinter passes the 54-m mark, determine the speed v of the sprinter and the value of incase you need the other values that I have computed, here they are r. =21.40 m theta = 52.5946 or 0.286 rad/s v theta = 8 m/s v = 10.0842 m/s determine r in m/s
The sprinter begins from rest at position A and accelerates along the track. If the stationary tracking camera at O is rotating counterclockwise at the rate of 16.2 deg/s when the sprinter passes the 53-m mark, determine the speed v of the sprinter and the value of i. 37 m 14 m Part 1 Calculate the distance r, the angle e, and the rate of rotaion of the camera O in rad/s. 37 m er. 14 m Answers: r = m e = i = i rad/s
Instruments located at O are part of the ground-traffic control system for a major airport. At a certain instant during the takeoff roll of the aircraft P, the sensors indicate the angle = 59°, the range rate r = 136 ft/sec, and * = 41.4 ft/sec². Determine the corresponding acceleration a of the aircraft and the value of 0. S 503 Answers: a = D: i i 13 ft/sec² rad/sec²
A particle moves along a circular path of radius r = 350mm. If its angular velocity is 0 31² where t is in seconds, determine the magnitude of the particle's acceleration when @=45°. The particle starts from rest when 0 0° Select one: O A. a = 2.57 m/s² ÓB. a = 3.4 m/s² OC. a = 2.99 m/s² OD ar 3.97 m/s2 O A
The y-coordinate of a particle in curvilinear motion is given by y = 8.3t3 - 5.4t, where y is in inches andt is in seconds. Also, the particle has an acceleration in the x-direction given by ax = 10.6t in./sec?. If the velocity of the particle in the x-direction is 13.0 in./sec when t = 0, calculate the magnitudes of the velocity v and acceleration a of the particle when t = 1.7 sec. Construct v and a in your solution. %3D Answers: When t = 1.7 sec, V = i in./sec a = in./sec2
The drag racer P starts from rest at the start line S and then accelerates uniformaly along the track. When it has traveled 123 m, its speed is 99 m/s. For that instant and the observer at O let d=155 m choose the correct answer for Find \ 1- a m/s? of the drag racer 2- r° m/s at P 3- tranverse m/s at P 4- ° rad/s? at P 5- r°° m/s? at P