Problem 1:

Problem 2:

You will be given two positive integers, a and b (a 9 and it is an even numeber, then print "even". Else if n > 9 and it is an odd number, then print "odd". Check that a>=b and a, b>0 (positive). Write cerr and return a non-zero value if this condition does not hold. Example: 8 11 output: eight nine even odd #include using namespace std; int main() int a,b; cout > a; cout > b; //you code here Write a program that takes in three arguments, a start temperature (in Celsius), a step size, and an end temperature (in Celsius) and . Print out a table that goes from the start temperature to the end temperature, in steps of the step size; The leftmost column will indicate the degree in Celsius and the rightmost column should indicate the degree in Fahrenheit. You do not actually need to print the final end temperature if the step size does not exactly match. You should perform input validation: do not accept start temperatures less than a lower limit (which your code should specify as a constant) or higher than an upper limit (which your code should also specify). You should not allow a step size greater than the difference in temperatures. Check that the start temp is less than or equal to the end temperature. Write cerr and return a non-zero value if this condition does not hold. Example: 0 24 Output: 0 32 2 35.6 4 39.2 #include using namespace std; int main() double start_temp, end_temp, step_size; cout > start_temp; cout > end_temp; cout > step; //you code here return 0