107 770
Assignments Done
100%
Successfully Done
In June 2024
In June 2024
Your physics assignments can be a real challenge, and the due date can be really close — feel free to use our assistance and get the desired result.
Physics
Be sure that math assignments completed by our experts will be error-free and done according to your instructions specified in the submitted order form.
Math
Our experts will gladly share their knowledge and help you with programming projects. Keep up with the world’s newest programming trends.
Programming
Learn more about our help with Assignments: Engineering
Search & Filtering
The 20 kg suitcase A is released from rest at point C of height 3 m from floor ED. The suitcase slides down a friction-less ramp between C and E and continues sliding on the floor until stopping at a certain distance from E.
The coefficient of friction between the floor ED and suitcase A is µ(ED) = 0.4.
Consider g = 9.8 m/s2
Calculate the distance in m from point E reached by suitcase A as it stops.
The coefficient of friction between the floor ED and suitcase A is µ(ED) = 0.4.
Consider g = 9.8 m/s2
Calculate the distance in m from point E reached by suitcase A as it stops.
The figure shows two inter-connected hydraulic cylinders (Cylinder 1 and Cylinder 2), which working chambers are filled with oil (incompressible fluid).
The diameter of Cylinder 1 is given as 45 mm.
The diameter of Cylinder 2 is given as 150 mm.
The diameter of the piston push rod is given as 30 mm.
Q: Calculate the displacement of the piston of Cylinder 2 according to the coordinate system shown in the figure and as a result of the piston of Cylinder 1 being pushed by a distance d = 100 mm as shown in the figure.
Give your answer in meters.
The diameter of Cylinder 1 is given as 45 mm.
The diameter of Cylinder 2 is given as 150 mm.
The diameter of the piston push rod is given as 30 mm.
Q: Calculate the displacement of the piston of Cylinder 2 according to the coordinate system shown in the figure and as a result of the piston of Cylinder 1 being pushed by a distance d = 100 mm as shown in the figure.
Give your answer in meters.
A supply of pressure is connected to the working chamber of Cylinder 2, delivering a pressure P2 of 4 bar.
The diameter of Cylinder 2 is given as 150 mm.
The diameter of the piston push rod is given as 30 mm.
Q: Calculate the x component value of the vector force F2 produced onto the piston by pressure P2 in the cylinder, according to the coordinate system shown in the figure.
Give your answer in Newtons.
The diameter of Cylinder 2 is given as 150 mm.
The diameter of the piston push rod is given as 30 mm.
Q: Calculate the x component value of the vector force F2 produced onto the piston by pressure P2 in the cylinder, according to the coordinate system shown in the figure.
Give your answer in Newtons.
how to draw a pyramid and its revered by using the function in C program
1. How does mutual inductance affect circuit operation?
2. Hoe is inductive reactance measured?
3. How do you determine the inductive reactance in: a)series circuit b)parallel circuit
4. What are the uses of inductive reactance?
5. How to determine the total inductance in: a) series circuit b)parallel circuit
2. Hoe is inductive reactance measured?
3. How do you determine the inductive reactance in: a)series circuit b)parallel circuit
4. What are the uses of inductive reactance?
5. How to determine the total inductance in: a) series circuit b)parallel circuit
1. How is inductance produced?
2. What kind of cores may be used in inductors?
3. What are the types of inductors? Whats its schematic symbols?
4. How does inductance vary with the permeability of core materials?
5. How is inductance measured?
2. What kind of cores may be used in inductors?
3. What are the types of inductors? Whats its schematic symbols?
4. How does inductance vary with the permeability of core materials?
5. How is inductance measured?
write a program that inputs temperature from the user and show a message according to following condition
between 15 to 25 show cool day
between 26 to 35 show pleasent day
grater than 35 show hot day
between 15 to 25 show cool day
between 26 to 35 show pleasent day
grater than 35 show hot day
A pendulum has max displacement of A=2.5m and frequency=6Hz. Displacement at time x is x=Asin(wt).where A is max displacement and w is angular velocity 2pief.
Find time when displacement is 90cm.
Using a Power series expansion of above equation verify a time of 0.0416seconds for displacement to reach 250cm
Find time when displacement is 90cm.
Using a Power series expansion of above equation verify a time of 0.0416seconds for displacement to reach 250cm
A diffraction grating is used to resolve two yellow lines 5770 Å and 5790 Å in the 3rd order. If the grating element () is 0.35 mm, calculate the angular location of 3rd order yellow line with respect to the normal. Determine the total width of the ruling/ruled surface.
A plane diffraction grating is illuminated with a monochromatic light of wavelength 5100 Å. If the angle of diffraction for third order maxima is 22.5o, calculate the number of lines in one inch of the grating surface. Also, if this grating is illuminated with another light of wavelength 5200 Å, then find the angle of separation of 5100 Å and 5200 Å lines in second order spectrum.
-
![Help me with my assignment!]()
Who Can Help Me with My Assignment
There are three certainties in this world: Death, Taxes and Homework Assignments. No matter where you study, and no matter…
-
![How to finish assignment]()
How to Finish Assignments When You Can’t
Crunch time is coming, deadlines need to be met, essays need to be submitted, and tests should be studied for.…
-
![Math Exams Study]()
How to Effectively Study for a Math Test
Numbers and figures are an essential part of our world, necessary for almost everything we do every day. As important…
Finding a professional expert in "partial differential equations" in the advanced level is difficult.
You can find this expert in "Assignmentexpert.com" with confidence.
Exceptional experts! I appreciate your help. God bless you!
#340153 on Dec 2023
#340153 on Dec 2023