looking for a simple explanation and understanding of how to solve this problem! 3.) A factory...
Please help me to solve this problem! Please provide a detailed explanation on how to get resolve it. Use legible writing and free body diagrams of the objects to complement the procedure and for easy understanding. Thank you very much!! A ball of radius r is on a circular track of radius R, where r<<R. The ball is placed at an angle o relative to the vertical and let go. The ball then rolls without slipping along the track. Assuming...
can you please solve all the questions 4 a) Find fx) dx using the Left-hand Sum. ONote ar is not 2 1 consta) fx) 5.75 9.5 12 14 b) Sketch the rectangles used to evaluste the definite integral in a) 10 Evaluate the definite integral using the Right-hand Sum e) fn The regions A. B, and C in the figure above are bounded by the graph of the function fand the a-axis If the area of each 5. region is...
solve the road mab with explanation 16. ROAD MAP: Compounds A, B, and Care constitutional isomers. Treatment of A or B with potassium tert-butoxide gives the same alkene D. If the base is changed to a less sterically hindered base such as sodium ethoxide, A and C give the same alkene E as the major product. Treatment of C (spectroscopic data given on next page) with potassium tert-butoxide gives yet another alkene F as a minor product. Compound B reacts...
1) Solve the problem. 1) The resale value of a certain industrial machine decreases over a 10-year period at a rate that changes with time. When the machine is x years old, the rate at which its value is changing is 280(x - 10) dollars per year. By how much does the machine depreciate during the fourth year? A) A decrease of $1540 B) A decrease of $1820 C) A decrease of $8960 D) A decrease of $1680 The slope...
Looking for an explanation through step by step in each line of how each number is calculated and how they relate to the figures. 1. V In a slider crank mechanism, link AC is massless and it is Limped Mass Model rotating at a constant angular velocity of 300 rpm. A point weight of 12 lb is attached at point C. Using the lumped mass 25 lb mg method, calculate the magnitudes of the resultant shaking B forces in x...
plesae solve all the questions Question 1 Solve and simplify the answer to each problem into its simplest form: a. (6-3)* 2+ b. 8x 4+ 21-3- 7+9-1 c. (18+6) + (18-(12+16)-4) [2] [2] [2] [2] (520+ }) e. -80+2(-4-6) (-3-3) [2] f. x-1 X-3 + 2 3 [4] B 3x + x?r?y - 2xy 2y 32 [4]
Simple-RegressionTech: Problem 1 Previous Problem Problem List Next Problem (1 point) Measuring Temperature. The two most commonly used scales for measuring temperature are the Fahrenheit and Celsius scales. If you let y denote the Fahrenheit temperature and x denote Celsius temperature, you can express the relationship between those two scales with the linear equation y # 32 + 1.8x. a. Determine the y-intercept bo and the slope b .Note that a and b of the lecture notes are b-0 and...
Problem 11. Evaluate the given integral. (1) S (x -sin x)dr. (2) Si Vtct (3) / tan seczdz ANALYSIS Problem 12. Find the equation of the line whic c?y2 + 4 = 0 at (1,2) Find the equation of the line which is tangent to the graph of ty - Problem 15. Compute lim +6+ f(x) and lim,+-1-f(x) for f(x) = 7 y = -1, a horizontal asymptote of f? demonstrate. . Is 10 ANALYSIS 16.1 by finding a suitable...
Please solve no.5 3. Further complexity in the calculation of work is introduced if the angle between the force and the direction of movement also varies as a function of position given by the function below. F = f(x) cos[@(x)] Apply Lagrange interpolation to determine the Force Fat distance of x = 12.5ft x (ft) f(x) (lbs) 9 10 15 13 14 10.5 (rad) 1.230229 0.919948 0.837915 0.828062 1.122035 0.328179 F 3.0062 7.8762 9.3662 7.1012 5.2062 1 2.3062 20 25...
Problem 3's picture are given below. 5. (a) Let G = (V, E) be a weighted connected undirected simple graph. For n 1, let cycles in G. Modify {e1, e2,.. . ,en} be a subset of edges (from E) that includes no Kruskal's algorithm in order to obtain a spanning tree of G that is minimal among all the spanning trees of G that include the edges e1, e2, . . . , Cn. (b) Apply your algorithm in (a)...