A B. 51 Red Yes 52 Red Yes 53 Red Yes 54 Blue No 55 Red Yes a Image not displaying? =IFNA(A51="Red","Yes","No") O=COUNTIF(A51="Red", "Yes","No") =SUMIF(A51="Red", "Yes","No") O=IF(A51="Red", "Yes","No") =SHOWIF(A51="Red", "Yes","No") E F Staff ID 19106 D 42 Conference Room Location 43 D East 44 C North 45 A South 46 E South 47 B South 48 49 =$D$44 19122 19107 19104 19147 Image not displaying? O C, North, 19122 O CA, E Ос, С, С C, South, South O C, South, 19104

Сpp C++ Structures 18 19 string to_string() { return "(" + std::to_string(a) + "/" + std::to_string(b) + ""; } 20 21 22 23 24 //This function subtracts the input fraction from this fraction 1/Do not simplify the result in any way fraction subtract(fraction f) 25 26 27 28 // Your code starts here 77 Your code ends here 29 3 30 31 // This function divides this fraction by the input fraction //Do not simplify the result in any way fraction divide(fraction f) 32 33 34 35 86 37 38 39 Your code starts here 27 Your code ends here SURMET 10:08 PM Cpp C++ Structures 30 31 32 B3 //This function divides this fraction by the input fraction 7/Do not simplify the result in any way fraction divide(fraction f) { // Your code starts here 34 35 36 37 38 39 40 // Your code ends here } I //This function simplifies the fraction //Definition of simplification: https://www.mathsisfun.com/simplifying-frac fraction simplify [ // Your code starts here 41 42 43 44 45 46 47 // Your code ends here 1 48 49 After 50 SUBMIT 1 #include <iostream> #include <string> using namespace std; I 000 NOWN struct fraction { public: int a; int b; 10 11 12 13 fraction(int _a, int _b) { a = _a; b = _b; } 14 15 16 17 18 19 20 string to_string() { return "C" + std::to_string() + "%" + std::to_string() + ": 21 1 22

The parametric equations for a line L1 are as follows: x=-2-6t y=-2-6t z = 2+9t Let Ly be the line parallel to Ly and passing through the point (-2, 3, -4). Find the point P on L2 whose x-coordinate is 2. P = (2, 0, 0)

REPORT FOR EXPERIMENT 12 single Displacement Reactions INSTRUCTOR 12 s- Equations (to be completed) reaction", if no of reaction; if no reac- Write "No cti was obeerved, write "None Cu + HSO(aq) QUESTIONS AND PROBLEMS 1 Complete the follwing table by writing the symbols of the two elements ities are being compared in each test: 1. Complete the o elements whose Tube Number 5 Greater activity Lesser activity 2 P, M and Zn in order of their activities, listing the most activ first NAME REPORT FOR EXPERIMENT 12 (continued) . Arrange Cu, Ag, and Zn in order of their activities, listing the most active firet 4. Arrange Mg. H, and Ag in order of their activities, listing the most active first. 5. Arrange all ive of the metals (excluding hyd rogen) in an activity series, listing the most active first. 6. On the basis of the reactions observed in the six test tubes, explain why the position of hydrogen cannot be fixed exactly with respect to all of the other elements listed in the activity series in Question 5. 7. What additional test(s) would be needed to establish the exact position of hyd the activity series of the elements listed in Question 5? 8. On the basis of the evidence developed in this experiment: (a) Would silver react with dilute sulfuric acid? Why or why not? b) Would magnesium react with dilute sulfuric acid? Why or why not?

Which of the following is true of workers' compensation? O A Workers' compensation is an exclusive remedy. Unless the employer intentionally caused an employee's injury, an employee that accepts workers' compensation benefits cannot sue his employer. B. A worker must file a complaint with the police before claiming workers' compensation Workers' compensation is generally awarded as punitive damages of a lawsuit initiated by an injured employee. D. Workers' compensation is a provisional remedy, not an equitable remedy.