For Problems 3.7 to 3.10, determine the values of €€₁, &, and MM, for the sections shown. Problem 3.10 4 #10 bars 12 in. 15 in. -18 in.- 3 in. fy = 60,000 psi f = 4000 psi
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Please solve problem 3.10. SHow all of your work, please upload pictures of your work instead of typing it.
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- 5. Use the provided chart to solve this problem. Show your work.1. Consider the data below in the range 0.4< x < 1.2. Calculate P3(0.9) using last four points 2. From the previous problem, calculate P3(0.9) using the first four points4. Determine the moment of inertia about each of the principal axes Xp and Zp. Use Excel sheet for the table only. 흥 SS 10 4" 좋아 XP X 조3
- A student deposits P1,500 in a 9% account today. He intends to deposit another P3,000 at the end of two years. He plans to purchase in five years his favorite shoes worth P5,000. Calculate the money that will be left In his account one year after the purchase? P1,260 P1,280 P1,300 P1,250X70.Given the cost function C(x) = 100 + 8x + 0.1x2, find the marginal profit at x = 50, if the price per unit is $20.
- please solve 16 with the information from 14....... Asap plzzzGiven: Amount A, = Ph 50,000 %3D Number of conversion periods n =98 The present value P is Ph 50,000 P= (1+0.04) 96 P= Ph 1,158.16 50.000 if invested at 4% interest compounded monthly. II. Exercises A. Exercise Direction: Find the present value of the following: Show your solution and write your answer in a sheet of paper. 1. Ph 40,000 due in two years at 3% compounded monthly 2. Ph 60,000 due in 3 years at 4% compounded monthly 3. Ph 75,000 due in 5 years at 5% compounded montnly 8. Compound I = 4% = 0.042. Attach a complete solution. Draw the cash flow diagram. Suppose that P 4500 is deposited each year into a bank account that pays 8% interest compounded quarterly. How much would be accumulated in his fund by the end of the 4th year? The first payment occurs at time zero (now).