Please write in neat and very clear handwriting with showing steps .
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Please write in neat and very clear handwriting with showing
steps .
Aparticle moves along the...
Please read the question very carefully and send me all steps clear handwriting 3. Determine the...
Please read the question very carefully and send me all steps
clear handwriting
3. Determine the area of reinforcing steel required for the T-beam shown below in Figure 1, iff 3000 psi, f 60,000 psi, M- 300 ft-k, and the span, L 30 ft. The distance from center to center of any two consecutive stems of the T-beam is given as 6 ft. (25 pts.) 48" TI Figure
please write clear and answer all questions showing the steps 2. (a) Write one definition of...
please write clear and answer all questions showing
the steps
2. (a) Write one definition of the slope of the tangent line to the curve f at the point (a, f(a)) (b) Use the alternate definition to find the slope of the tangent line to the curve (1) at the point (-1,3) (c) Find an equation of the tangent to the curve f(x) at the point +3
please be very clear and detailed in showing each step taken to solve. please don't skip...
please be very clear and detailed in showing each step taken
to solve. please don't skip any steps either. thank you!
1. (25pt) The velocity for a two-dimensional flow is defined by V = ((0.5x3yt)i - (2x - yt)j)m/s, where x and y are in meters. Determine the magnitudes of the velocity and acceleration of a particle located at the point x = 1m, y = 2m.
Please answer the following correctly and write neat and clear For the RL circuit given, find...
Please answer the following correctly and write neat and
clear
For the RL circuit given, find the differential equation relating the output y(0) to the input x(o). 2 i(t) L-IH va 3 For the RLC circuit, given, find the differential equation relating the output y) to the input x(0) y(0) R-0,5QC-IF し-0.SH /2 d t 孔 d t
This is PDE problem. Please show all steps in detail with neat handwriting. Problem . Consider...
This is PDE problem. Please show all steps in detail with neat
handwriting.
Problem . Consider the function a) Find the full Fourier Series of F(x) a(0, y, t) = u(a, y, t) 0 u(z, 0, t ) = u(z, b, l) = 0 u(z,y,0) = f(z,y), u(x, y,0)-g(x,y), 0<y< b,t0 a) b) Solve the initial-boundary value problem for 2D wave equation. What is the physical interpretation of these boundary conditions
note: Please write with clear handwriting and show clearly the steps, and please solve it same...
note: Please write with clear handwriting and show clearly the
steps, and please solve it same as the book approach
Book: power system analyses and design 6th edition by sarma
7.31 A three-phase circuit breaker has a 15.5-kV rated maximum voltage, 9.0-KA rated short-circuit current, and a 2.50-rated voltage range factor. (a) Determine the symmetrical interrupting capability at 10-kV and 5-kV operating voltages. (b) Can this breaker be safely installed at a three- phase bus where the symmetrical fault current...
Please help me solve the bottom two question using Matlab and show the steps to do...
Please help me solve the bottom two question using Matlab and
show the steps to do it. Thanks. i appreciate your help
(12 points each) 10. In dynamics course, a particle move in the elliptical slots due to the motion of the slotted link as shown on the figure. The normal acceleration of the particle is proportional to the velocity square over the radius of curvature (r). + y2 = 1000 _(1 + (x) 325 r(x) = — a) Calculated...
Given A position of a particle which moves along a straight line is defined by the...
Given A position of a particle which moves along a straight line is defined by the relation'小64-m» 40, where s is expressed in feet and t in seconds Find a) O b) Or derive the equation of the particle's acceleration as a c) The time at which the velocity will be zero. d) The position of the particle when the velocity is zero. e) The acceleration of the particle when the velocity is zero. t) The displacement of the particle...
Problem 4. Given a curve C, the vectors T(t), N(t), and B(t) form a special coordinate...
Problem 4. Given a curve C, the vectors T(t), N(t), and B(t) form a special coordinate system (called an orthonormal reference frame) that lets us discuss velocity and acceleration of a moving object from the perspective of the object itself. (Consider, for example, looking only at the motion of an airplane to study its stability without worrying about its position relative to its starting point.) (a) Use the fact that v uT, where u(t)-|r(t)l is the speed of the particle,...
Total credits -20 points: Show detailed calculations and anal A particle is constrained to travel along...
Total credits -20 points: Show detailed calculations and anal A particle is constrained to travel along the path (see picture below). If x = (4t. ) in seconds, determine: m, where tis (1) Magnitude of and at time 1 s. (2) Magnitude of a and ay, at timet 1 s. 11 points for V and a (3) Radius of curvature at time t = 1 s. 9 points for r and an (4) Magnitude of Normal component of acceleration an...
Please read the question very carefully and send me all steps
clear handwriting
3. Determine the area of reinforcing steel required for the T-beam shown below in Figure 1, iff 3000 psi, f 60,000 psi, M- 300 ft-k, and the span, L 30 ft. The distance from center to center of any two consecutive stems of the T-beam is given as 6 ft. (25 pts.) 48" TI Figure
please write clear and answer all questions showing
the steps
2. (a) Write one definition of the slope of the tangent line to the curve f at the point (a, f(a)) (b) Use the alternate definition to find the slope of the tangent line to the curve (1) at the point (-1,3) (c) Find an equation of the tangent to the curve f(x) at the point +3
please be very clear and detailed in showing each step taken
to solve. please don't skip any steps either. thank you!
1. (25pt) The velocity for a two-dimensional flow is defined by V = ((0.5x3yt)i - (2x - yt)j)m/s, where x and y are in meters. Determine the magnitudes of the velocity and acceleration of a particle located at the point x = 1m, y = 2m.
Please answer the following correctly and write neat and
clear
For the RL circuit given, find the differential equation relating the output y(0) to the input x(o). 2 i(t) L-IH va 3 For the RLC circuit, given, find the differential equation relating the output y) to the input x(0) y(0) R-0,5QC-IF し-0.SH /2 d t 孔 d t
This is PDE problem. Please show all steps in detail with neat
handwriting.
Problem . Consider the function a) Find the full Fourier Series of F(x) a(0, y, t) = u(a, y, t) 0 u(z, 0, t ) = u(z, b, l) = 0 u(z,y,0) = f(z,y), u(x, y,0)-g(x,y), 0<y< b,t0 a) b) Solve the initial-boundary value problem for 2D wave equation. What is the physical interpretation of these boundary conditions
note: Please write with clear handwriting and show clearly the
steps, and please solve it same as the book approach
Book: power system analyses and design 6th edition by sarma
7.31 A three-phase circuit breaker has a 15.5-kV rated maximum voltage, 9.0-KA rated short-circuit current, and a 2.50-rated voltage range factor. (a) Determine the symmetrical interrupting capability at 10-kV and 5-kV operating voltages. (b) Can this breaker be safely installed at a three- phase bus where the symmetrical fault current...
Please help me solve the bottom two question using Matlab and
show the steps to do it. Thanks. i appreciate your help
(12 points each) 10. In dynamics course, a particle move in the elliptical slots due to the motion of the slotted link as shown on the figure. The normal acceleration of the particle is proportional to the velocity square over the radius of curvature (r). + y2 = 1000 _(1 + (x) 325 r(x) = — a) Calculated...
Given A position of a particle which moves along a straight line is defined by the relation'小64-m» 40, where s is expressed in feet and t in seconds Find a) O b) Or derive the equation of the particle's acceleration as a c) The time at which the velocity will be zero. d) The position of the particle when the velocity is zero. e) The acceleration of the particle when the velocity is zero. t) The displacement of the particle...
Problem 4. Given a curve C, the vectors T(t), N(t), and B(t) form a special coordinate system (called an orthonormal reference frame) that lets us discuss velocity and acceleration of a moving object from the perspective of the object itself. (Consider, for example, looking only at the motion of an airplane to study its stability without worrying about its position relative to its starting point.) (a) Use the fact that v uT, where u(t)-|r(t)l is the speed of the particle,...
Total credits -20 points: Show detailed calculations and anal A particle is constrained to travel along the path (see picture below). If x = (4t. ) in seconds, determine: m, where tis (1) Magnitude of and at time 1 s. (2) Magnitude of a and ay, at timet 1 s. 11 points for V and a (3) Radius of curvature at time t = 1 s. 9 points for r and an (4) Magnitude of Normal component of acceleration an...
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