Question Solved1 Answer Write a C/C++ program to emulate a simple clock that shows current date and time on the host's display through the TeraTerm Emulator. The clock program has two part: Task#1) Setting the Time & Date using Switch statement Task#2) Displaying Time & Date using Nested-loop statement. The Clock program should print a message to the user ask him/her to enter the values of Date, Month and Year and Hour, Minutes, and Seconds. After a user enter the required information, the program will move to display mode. This program should be run on the mbed MCU. The messages and the time and date should be displayed on the host's display through the TeraTerm Emulator, while the required data for this program should be entered through the Teraterm Emulator using the host's keyboard. Note: The clock will be a 24-hour clock and so there will be no am/pm indicator in the clock

Task: Consider the ORDER table below and the determinacy diagram create in GOAL G14.1. Order ID Product ID Customer ID Customer Name Depot ID Depot Location Unit Price Quantity 001 P116 C001 John Perry DP1 Hendon 599 1 001 P058 C001 John Perry DP1 Hendon 29 2 002 P231 C002 Andy King DP2 Dover 449 1 002 P058 C002 Andy King DP2 Dover 29 3 003 P231 C003 Peter Elton DP1 Hendon 449 1 004 P079 C004 Simon Nash DP3 Reading 89 2 004 P231 C004 Simon Nash DP3 Reading 449 1 Convert the 1st Normal Form determinacy diagram above into 2nd Normal Form and 3rd Normal Form, creating a diagram for each and clearly discuss the procedure followed. i.e., How do you move from one Normal Form to another. Primary key Product ID Order ID Quantity Customer ID Unit Price Customer Name Depot ID Depot Location

C(x) be the cost to produce x batches of widgets, and let R(x) be the revenue in thousands of dollars. Complete parts (a) through (d) below. R(x) = - 2x + 6x,C(x) = 5x +13 Graph both functions antify the vertex of R(x). e vertex of R(x) is ype an ordered palt. Simplify your answer. Type Integers or decimals.) aph R(x). Choose the correct graph below O O S OC. OD o TA o 9 o C) be the cost to produce x batches of widgets and let ) be the revenue in thousands of dollars. Complete parts (a) through () below RO - - * x2 + 6%. Cl2)* 3x + 13 antity the intercept of C) y-Intercept of Cy) is aty- plily your answer) aph C14 Choose the correct graph below co os Find the minimum break-even quantity SIE C(x) be the cost to produce x batches of widgets, and let R(x) be the revenue in thousands of dollars. Complete parts (a) through (d) b R(x) = -x +6%. C(x) = 3x+13 Find the minimum break-even quantity. sing the expressions - x and/or 7x + 13, identify an equation to be solved in order to find the minimum break-even quantity pe an equation. Use integers or fractions for any numbers in the equation) e minimum break-even quantity is implify your answer.) Find the maximum revenue. w can the maximum revenue be found? Choose the correct answer below. A. Find the y-intercept of R(x). B. Find the maximum y-coordinate of a point where R(x) = C(x) to select your answer C(x) be the cost to produce x batches of widgets, and let R(x) be the revenue in thousands of dollars. Complete Rex) = = x + 6x, Crew =x+ 13 Find the maximum revenue. bw can the maximum revenue be found? Choose the correct answer below. A. Find the y-intercept of R(x). B. Find the maximum y-coordinate of a point where R(x) = C(x). C. Find the x-coordinate of the vertex of R(x). D. Find the y-coordinate of the vertex of R(x). he maximum revenue is UT M ound to the nearest Integer as needed.) Find the maximum profit. P(x) be the profit in thousands of dollars. Identify an expression in terms of x for P(x). k to select your answer(s) B. Find the maximum y-coordinate of a point where R(x) = C(x). C. Find the x-coordinate of the vertex of R(x). D. Find the y-coordinate of the vertex of R(x). he maximum revenue is 01 ound to the nearest integer as needed.) Find the maximum profit. P(x) be the profit in thousands of dollars. Identify an expression in terms of x for P(x). implify your answer. Use integers or fractions for any numbers in the expression.) he maximum profit is ound to the nearest integer as needed.) sk to select your answer(s).

8. A billiard ball (mass m = 0.150 kg) is attached to a light string that is 0.50 meters long and swung so that it travels in a horizontal, circular path of radius 0.40 m, as shown. 0.50 m a. On the diagram, draw a free-body diagram of the forces acting on the billiard ball. b. Calculate the force of tension in the string as the ball swings in a horizontal circle. c. Determine the magnitude of the centripetal acceleration of the ball as it travels in the horizontal circle. d. Calculate the period T (time for one revolution) of the ball's motion.

Problem 8: Find the modeling equation(s) for the system shown below. Given, x=y=0 @ t=0 when all the three springs are undeformed. At the given instant, both springs (the spring attached to mass m2 and mass mi (stiffness 28)) are in tension and y> x. Note: The horizontal-spring (stiffness k) has its one end attached to mass mi and the other end to a fixed support (hinge). Hint: To model the spring forces due to the two springs that passes over the pulley: - you may assume them to be in series as long as the pulley is ideal (massless and frictionless). Replace the two springs by a single spring (having stiffness kog) between two displacements x and y Ideal Pulley 2k 000 000 m CO01 000 111

Please show all steps. Thank you! Unanswered Question 1 0 / 10 pts The figure shows a uniform line charge distribution of length a = 7.9 cm and total charge Q = 4.3 nC. Find the electric potential relative to infinity at point P if d = 4 cm. P. d Q a You Answered Correct Answer 700.7586 margin of error +/- 1%

Which statement is FALSE? ► View Available Hint(s) One mole of beryllium (Be) contains the same number of atoms as 22.99 g of sodium. O One mole of calcium (Ca) weighs about as much as two moles of neon (Ne). 11.495 g of sodium contains 6.022 x 1023 atoms. O There are about 2.007 x 1023 atoms in 9.0 g Al