Differentiate between Sine bars and Sine Centres of face standard angular measuring device.
Q: inches 3. inches
A:
Q: Q2/ In Figure down find the distance between AB with standard error BC= 175m +0.02m , AC= 860m…
A: Given Data:BC=175m±0.02mAC=860m±0.05mACB=78°±15"=AB=??
Q: Fixed pad isolators are suitable to reduce vibrations for A. Low building B. Med building C. High…
A: Isolators are used to reduce the vibrations
Q: 9. equals: a) Time period b) Angular frequency c) Angular frequency squared d) Spring constant 10.…
A: Hello. Since you have posted multiple questions and not specified which question needs to be solved,…
Q: In the figure above, there is a person of height h standing a distance d from a mirror. (A) What…
A: This question is based on the phenomenon of reflection of light. In this phenomenon, the angle of…
Q: Given the frequency f = 284 kHz, find the period in seconds. Provide your answer in seconds to the…
A: Given data, Frequency f=284 kHz
Q: Give a detailed description of at least two methods of vibration measurement.
A:
Q: Suppose that a mass of 216 g stretches a spring 5 cm. If the mass is set in motion from its…
A: Given, mass of the object is m=216 g stretched length is x = 5cm So at 5 cm spring is at its…
Q: The size of gear is usually specified by: A) pitch circle diameter B) diametral pitch C) pressure…
A: The size of gear is usually specified pitch circle diameter.
Q: find the average period by measuring the time r From period, calculate the frequency
A:
Q: pendulum has a period of 400 milliseconds. Determine the frequency of the pendulum in hertz
A:
Q: What is the equivalent diameter of a triangular pitch shell and tube HE if pitch is 40mm, the outer…
A: Option b
Q: How do I construct a new table of values
A: for a simple pendulumformula for time period isT=2πLgwhere L is length of pendulumg is acceleration…
Q: 7. For the pulse shown in Figure 1-60, graphically determine the follow a. rise time b. fall time c.…
A: 1) Rise time is the duration it takes for a signal to transition from a low level to a high level.…
Q: 1. Give an example of periodic motion that occurs in nature
A: The periodic motion is a motion that is repeated in a regular period of time. In the case of a…
Q: Student No: 1813711 Student Data: A =181 B =13 C = Structure Dimension Values: L1 =0.50 + A/100m L2…
A: Given data: A = 181 B = 13 C = ? L1 = 0.50 + A/100 m L2 = 1 + A/10 m L3 = L2 × 1.60 m P1 = 1500 + (A…
Q: In the figure the blue region represents a magnetic field B1 = 5.2 Tand the green region represents…
A: As per guidelines only 3 subparts are solved here.
Q: if during a strenuous exercise your heart rate is 155 BPM determine -the frequnecy of the…
A: Given Heart rate = 155 BPM (beat per minute) i.e number of beats in 60 min is 155
Q: 2) The velocity of a vibrating object changes as a function of time as = − (0.6) cos[(2πs¯¹)t]. v =…
A: The velocity of the object is given byv=−0.6cos(2πt)The position of the object is given…
Q: 1. When a graph is drawn, along the X axis + is chosen and along the Y axis is chosen. 15 10…
A: 1. When a graph is drawn along the X-axis Weight is chosen and along Y axis Extension is chosen. 2.…
Q: How long should a pendulum be in order to have a period of exactly 1.0 second?
A: Given, Time period of a simple pendulum, T = 1.0 s
Q: Period of simple pendulum is related to the length by T=2n sec ond Use this equation to calculate…
A:
Q: A GUTTAR STRING, MADE BY YOUR MUSICAL INSTRUMENT DIVISION, HAS MASS (m), LENGTH (1) AND TENSION (F).…
A: Given that, the formula for the period of vibration is t=2πm3lF where m is the mass of the string, l…
Q: al/4 -e-ax²/2 for a 1-dimensional harmonic oscillator, would be: Given Yo %D
A: Answer: Given, ψ0=α1/4πe-αx2/2 ψ0* =α1/4πe-αx2/2 we know that expectation value of momentum…
Q: Purpose: To investigate the small-angle approximation. Mass, in 80.675g Angle 5⁰ S Pendulum length,…
A:
Q: A Click Submit to complete this assessment. Question 3 An underwater vehicle sends out a short…
A:
Q: d) If the mass of the table is 3kg, what would the coefficient of static friction between the table…
A:
Q: Given the Speed (1.3 m/s) and Cadence (110steps/min) for a person calculate Stride length (m)?
A:
Q: メしt)- T sltl s To 12 where To is the fund man tal Too 14ms, T, 2ms Peried 1- Write Fouries Series re…
A:
Q: A large symmetrical drum for drying sand is operated by the geared motor drive shown. If the mass of…
A: calculate the average offset x of the center of mass G of the sand from the vertical centerline.…
Q: A clock fitted with a pendulum and another with a spring indicate correct time on earth. Which shows…
A: Given: A clock fitted with a pendulum and another with a spring They indicate the correct time on…
Q: Q1/ Write the motion equation of the device shows bellow, and Frequency? 42 /2 ER
A:
Q: A) 去港務分88888港港務 Direction of wave propagation 港港港港海港港港港内港港 888888888888 B) 看過有時是將最時請務 注意見時間有時意意意時裝…
A: For wave A the wavelength = 400 mmThe frequency = 2 HzThe wave is propagating in X directionNow the…
Q: +IL The member is subjectod to a force ofF-6AN. - 45, determine the momet produced by F about point…
A: Solution: Given that F = 6 kN to find the anabout A
Q: 4. Using SINE/COSINE LAW, calculate the magnitude and direction of the resultant of the two forces…
A:
Q: Define harmonics.
A: The frequency which are integral multiple of fundamental frequency is called harmonics. Frequency of…
Q: Determine The total elongation of a composite body camying a tensile locid of 5.5kN. d= 350mm E-…
A: Given: Tensile load, F = 5.5 kN = 5500 N L=6 m, d=350 mm, ε=10 MPaL'=5 m, d'=175 mm,…
Q: What the points of are interection of the two curves r=5 sine , r= 2+Sin 8
A: We'll find the point of intersection by equating the given two equations.
Q: The springs of a 1600 kg car compress 4.5 mm when it’s 65 kg driver gets into the seat if the car…
A:
Q: A circuit consists of a 7.0 mH inductor coil, a 110 $2 resistor, a 8.0 V ideal battery, and an open…
A:
Q: The tangents for a D = 4º30' circular curve (arc definition) meet at PI Sta 34+18.19 and the…
A: D=4o30;PI Sta 34+18.19∆=25o48'R=12'L=πR∆180=5.405 ftT=Rtan∆2=12tan25o48'2=2.75 ftE=R1cos∆2-1E=0.311…
Differentiate between Sine bars and Sine Centres of face standard angular measuring device.
Step by step
Solved in 2 steps with 2 images