please type so that I can read your solution do not handwrite Engineering ApplicationNear the top of the Citigroup Center building in NewYork City, there is an object with mass of4.00 x 10° kg on springs that have adjustable forceconstants. Its function is to dampen wind-drivenoscillations of the building by oscillating at the samefrequency as the building is being driven-the drivingforce is transferred to the object, which oscillatesinstead of the entire building. (a) What effective forceconstant should the springs have to make the objectocillate with a period of 2.00 s? (b) What energy isstored in the springs for a 2.00-m displacement fromequilibrium?

Given data: m=4.6×105kgt=2 sd=2 m Need to determine the spring force constant and energy stored by…

Answered: Engineering Application Near the top of…

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

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Use the attached graph to answer the follwing questions a. Write an equation that gives the position with respect to time (use specific quantities) b. Write an equation that gives the velocity with respect to time (use specific quantities) c. Draw a velocity over time graph for this motion from t=0 to t=12s.
i need the answer quickly
Below is problem MV1 from the course pack. In an earlier assignment, you created a multiview drawing of this part. Model this part with SolidWorks, with each grid spacing equal to one inch. Create a SolidWorks drawing of this part, with Front, Top, and Right Views. Import dimensions from the SolidWorks part file, and place them on the drawing so that they can be easily read. Add a note that all dimensions are inches. Add your personalized title block that you created in Chapter 2 to this drawing. *Important: Save the drawing first as SolidWorks Drawing (filetype *.slddrw) and then as an eDrawing (filetype *.edrw)! You will upload the eDrawing in Blackboard, not the SolidWorks Drawing - the SolidWorks drawing is associated with the part file, I cannot open the sw drawing unless you also send the part file; however, l can open the eDrawing without the part file.
None
|Read the problem statement and the solution provided. There may or may not be one or more mistakes in the solution. Go through the solution carefully and then do the following. 1. State if the solution is correct or incorrect 2. If the solution is incorrect, identify what is the mistake in the solution. Be specific and succinct. 3. If the solution is incorrect, provide the final solution with appropriate steps. You can make the corrections directly on a copy of this provided solution, but make sure you clearly explain the corrections. Problem: Consider fully-developed flow of water through a 24-cm diameter tube. The water comes in at 20°C and exits at 40°C. The surface temperature of the tube is uniform at 60°C. The water flow has a mass flow rate of 0.24 kg/s. What is the average convection coefficient of the water flow? Solution: We have T, = 60°C, Tmi = 20°C, Tmo = 40°C, So, the bulk-mean temperature is Tm = 30°C. The appropriate properties are: u = 7.98 × 10-4 kg/ms; k = 0.615…
WILL SURELY GIVE AN UPVOTE IF ANSWEREDSUBJECT: THERMODYNAMICSINSTRUCTION: FOLLOW THE SET OF INSTRUCTIONS THAT IS LISTED IN THE IMAGE. Will Not Violate The Academic Integrity/Honor Code Violation.
Please draw the right side view. Don't copy from anywhere else. Please write the dimensions as well.
INSTRUCTIONS: Please write clearly and understandable way. Write all the corresponding GIVEN with their corresponding symbols and units. List all the MISSING/REQUIRED, and list all the FORMULA that will be used. • DRAW/ILLUSTRATE THE DIAGRAM/CIRCUIT OR DRAWINGS that is related to the problem, IF POSSIBLE, which is HIGHLY REQUIRED. The CONVERSION calculations with their corresponding symbols and units is required. The problem's SOLUTION must be solved in a step-by-step, no shortcut, again, with their corresponding symbols and units. • BOXED the Final Answer. PROBLEM: The compressor of a large gas turbine power plant receives 12kg/s of surrounding air at 95kPa and 20°C. At the compressor outlet, air exits at 1.52MPa, 430°C, Determine the flow energy requirements in MW. a) 1.412 b) 2.42 c) 1.01 d) 1.614
solve questions (7, 8 and 9)

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