A bracket mount is pulled by three forces as shown in figure below. Given: F1=293 N, and 0=25°yA F2 = 200 NF3 = 180 N1360°F,12Find the total magnitude of force, EFx acting in x-direction (answer in newton, N with a singldecimal place) Find the total magnitude of force, EFy acting in y-direction (answer in newton, N with a singledecimal place)Answer:Find the magnitude of the resultant force, FR acting on the bracket (answer in newton, N with asingle decimal place)Answer:Find the angle of the resultant force, FR measured counterclockwise from the positive x' axis(answer in degree, ° with a single decimal place)

Given: The given figure is: Here, θ=25°F1=293 N

Answered: A bracket mount is pulled by three…

A bracket mount is pulled by three forces as shown in figure below. Given: F1=293 N, and 0= 25° y | F2 = 200 N F3 = 180 N 60° F1 13 12

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Related questions

Q: Aynı düzlemde bulunan birbirine paralel sonsuz uzun doğrusal tellerden I,, I, ve Iy akımları…

Q: This is a question about coil winding. a)Look at the diagram in FIGURE1. Describe the path for one…

A: The given figure is shown below,

Q: The magnetic core in Figure has a square cross section of 3 × 3 cm. The air gap x = 5 mm. The coil…

A: Given data, Number of turns N=250 Voltage V= 220 V DC Resistance R= 11 ohm Dimensions of core =3…

Q: Calculate the energy stored in the air gap and the total force acting on the armature

A: The above figure shows the single excited electromagnetic system. In this system has one coil is…

Q: Consider the magnetic circuit shown in figure u = 2000 Ho S S2 5 cm/ T04 cm 5 сm S2 6 cm -S2 6 cm If…

A: The given magnetic circuit is, And

Q: Define the following terms Density Physics Mass Power Law of Conservation of Energy.

Q: Quastion 3: The electromagnet in figure consist of two different materials, sheet steel = 60,000)…

A: First we will find total reluctance seen by source. Flux =NIReluctance From above we will find…

Q: The RMS value of current, if the value of armature current is 13 A, a = 53 degrees, and B = 159…

A: We need to calculate RMS value of given wave , we will use RMS formula.

Q: I need the answer as soon as possible

A: Given Area= 9 x 10-4m2 a) Magntic circuit:

Q: Write down the differential equations describing the loop currents of the given circuit. Assume…

Q: The inductance of a certain moving-iron ammeter is (8+40-. 8-8²) pH, where 0 is the deflection in…

A: Given:Required:We need to find the scale position in radian.

Q: The full-scale deflecting torque of a 20 A moving-iron ammeter is 6 × 10³5 N-m. What is the rate of…

Q: Is the equilibrium point C stable? Please describe your answer Load torque TL1 A Motor torque T Load…

Q: Discuss (Ego /If) curvebriefly Magnetic characteristic, no load saturation characteristic or open…

A: The O.C.C. or no-load saturated curves for self-excited generators whether shunt or series…

Q: In ferromagnetic material u= 6µ0, B=16y az magnetic strength equals to None of these 4y az /(3H0) Sy…

A: It is given that: μ=6μoB=16y az

Q: Q2. A zero initial conditions DSP system is described by y(1)=0.2x(1)+0.8y(n-1) 1- Find the system…

Q: - Mr:1000 stee 10 um S=30cm² N=500 7 T:3A a) What is the magnetie flux ? b) With the Nickel section…

Q: A spring balance is calibrated in an environment at a temperature of 25°C and has the following…

A: Given spring balance data at 25 degree temperature. Given spring balance data at 40 degree…

Q: tind the ammount of elecirie flux enclesed in a cyitnder with a raduis of lo0 em cHnd tengthol 288em…

A: Given,For the uniform charge sheet,P1(5, 4, -6)P2(-8, 6, -6)P3(0, 11, -6)Length of the cylinder(l) =…

Q: 18. Replace the two forces shown by a force-couple system with the force acting at O. y B 360 mm 50…

A: It is given that:

Q: Rotate the right-hand fingers from -1 the direction of the field to the direction of the current…

A: No, the given statement is wrong.

Q: The circuit in the mentioned figure exists in a magnetic field, B = 40 cos(Ant - 3y) a₂ mWb/m².…

Q: DA magnetic core made of annealed steet steet has the dimensons as shown n Fig 1 The cIOSSsection…

A: NOTE- According to our policy, we can solve one question, please post other as separate question. As…

Q: In a moving coil instrument, the coil has a length of 5 cm, a width of 4 cm and 100 turns. The…

A: Given, Length of coil, l= 5 cm Width of coil, w= 4 cm Number of turns, N= 100 Magnetic flux density,…

Q: · The core is sheet steel. Determine the current to establish an air gap flux , is 5 x 10-3 Wb.…

A: According to the question we have to find the value of the current establishment in the air-gap.

Q: Consider the magnetic circuit shown in figure u = 2000 µo I S2 S2 5 cm 4 ст 5 сm If S1= 5 cm2 and S2…

Q: 48. One weber is equal to: a. 1x 108 Maxwell b. 1x 106 Maxwell C. 1 x 10° Maxwell d. 1x 10¹0 Maxwell…

A: 48. One Weber is equals to 49. According to Biot-savart and Ampere's Law, the direction of magnetic…

Q: Please answer this with complete solution A coil of 1000 turns is wound on a toroidal magnetic core…

Q: Q) A PMMC inst. with a 500-turn coil has a magnetic flux density in its air gaps of B = 0.4T. The…

A: Given N=500 B=0.4 T D=2 cm L=2.5 cm I=3 mA

Q: Screw eye ime o two forces

A: The cosine law is applicable to find the resultant of any two quantities. It requires the magnitudes…

Q: b) Determine the transfer function, for the rotational mechanical system with T(S) gear as shown in…

A: In the given questions we need to calculate the transfer function of the given system.

Q: d=0.8 B=1.6T R1=25 R2=10 R3=10 E=120V m=100g

A: According to question: Just after the switch is closed inductor will acts as open circuit. The…

Q: Get the electromechanical analog model (torque-voltage or torque-current) of the system. With all…

A: Step 1:Γ=kΘ+BΘ'+JΘ''is equation of Rotational mechanical system. Where Tau = Torque,J =Moment of…

Q: Q3 Define Environmental errors? A PMMC with coil resistance of 300052 number of coil 300 turns with…

A: In this question we will find deflection angle for PMMC...

Q: I-SA 60 tures Homework 1: for the above figure, length from point a to point b is 30cm and length…

Q: IRON CORE z direchion N= 100 1-ムA d-10cm air gp winling A toroidal 1ron cor e with alr gap systern…

A: As our guide lines I solved only 3 subparts. Remaining parts are post separately.

Q: Frictional loss is under what losses : A) None of these B) mechanical losses C) Copper Losses…

A: Frictional loss is under mechanical losses.

Q: 4 (throughout) - 2x 10 m 1-SA 60 turns Homework 1: for the above figure, length from point a to…

Concept explainers

Type of Magnetic Material

Every material has a unique composition that defines its magnetic behavior. Some materials get attracted towards a magnet and are called magnetic materials. Based on the magnetic properties held by each material, they are classified into different types.

Question

100%

A bracket mount is pulled by three forces as shown in figure below. Given: F1=293 N, and 0=
25°
y
A F2 = 200 N
F3 = 180 N
13
60°
F,
12
Find the total magnitude of force, EFx acting in x-direction (answer in newton, N with a singl
decimal place)

Find the total magnitude of force, EFy acting in y-direction (answer in newton, N with a single
decimal place)
Answer:
Find the magnitude of the resultant force, FR acting on the bracket (answer in newton, N with a
single decimal place)
Answer:
Find the angle of the resultant force, FR measured counterclockwise from the positive x' axis
(answer in degree, ° with a single decimal place)

Expert Solution

This question has been solved!

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

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step 5

Step 6

Step 7

Step 8

Trending now

This is a popular solution!

Step by step

Solved in 8 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, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

13 - Which of the following is true about the magnetic field in the Biot-Savart law?I. is inversely proportional to r.II. It is inversely proportional to r2.III. It is directly proportional to the current. A) Yalnız I B) II ve III C) Yalnız III D) I ve III E) Yalnız II
Quiq
Consider the magnetic circuit shown in figure u = 1000 µo S2 S, S2 5 cm T04 cm 5 cm S2 S, 6 cm If S1= 5 cm2 and S2 = 10 cm2 then the total reluctance of the circuit will be 6 cm 14 cm S2 9/(20p0) 9/(40μ0) 9/(30μ0) 9/(10μ0)
Refer attached figure of an axial reluctance force actuator on Image 1. While ignoring core reluctances, find the reluctance force, F, if x = 0.004 m and I = 5 A using the atached force expression on attached image 2.
Q3\. A. Explain with sketches the operation of Digital phase meter. B. Why the dynamometer should be shielded and protected from any external magnetic fields? Q4 Calculate the value of the multiplier resistor for a 10 V rms ac range on the voltmeter in the figure. 10 V R₁ wwww Itsd = 1 mA R = 250 Q
Consider the magnetic circuit given in below figure with parameters: u=153 Ho, d1=9 cm, d236.2 cm, d3=7.9 cm, da=0.3 cm and N=497. Assume that all branches have the same cross-sectional area of 5 cm. Magnetic flux density is 0.1 Wb/m2 in the air gap. Based on the given configuration calculate the current I in [A] in the coil. d2 d3 d, Tolerance + 0.1 relative
what is the B and the m variable in the repulsive force rule and how did we get it from coloumb's law i think?
A P KN Refer to the figure. d₁ 0.9 m Force P is 60 kN and each force Q is 125 kN. Q KN B Add your answer Integer, decimal, or E notation allowed Q KN The diameter d₁ = 30 mm and diameter d₂ = 50 mm. d₂ 1.2 m What is the normal stress in rod BC in MPa? Round to the nearest integer and enter the magnitude only. C
Consider the magnetic circuit given in below figure with parameters: u=105 Ho, d1=7.2 cm, d2-6.6 cm, d3=5.5 cm, d4=0.4 cm and N=493. Assume that all branches have the same cross-sectional area of 5 cm². Magnetic flux density is 0.4 Wb/m2 in the air gap. Based on the given configuration calculate the current I in [AJ in the coil. d2 dg Tolerance + 0.1 relative Answer:
Consider the magnetic circuit given in below figure with parameters: u=153 Ho,d1=9 cm, d2=6.2 cm, d3=7.9 cm, d4=0.3 cm and N=497. Assume that all branches have the same cross-sectional area of 5 cm. Magnetic flux density is 0.1 Wb/m2 in the air gap. Based on the given configuration calculate the current I in [A] in the coil. d2 d3 N Tolerance + 0.1 relative
Please compute the torque required for this problem. Thankyou.
The compensating winding carrying the current parallel path armature current O field current O none of the above