Question Solved1 Answer The graph of a quadratic function with vertex \( (1,3) \) is shown in the figure below. Find the domain and the range. Write your answers as inequalities, using \( x \) or \( y \) as appropriate. Or, you may instead click on "Empty set" or "All reals" as the answer. The graph of a quadratic function with vertex (1,3) is shown in the figure below. Find the domain and the range. Write your answers as inequalities, using x or y as appropriate. Or, you may instead click on "Empty set" or "All reals" as the answer.

Use a truth table to determine if the following symbolic form of an argument is valid or invalid. p> 9 ..p Is the symbolic argument valid or invalid? O Valid O Invalid Use a truth table to determine if the following symbolic form of an argument is valid or invalid. p> 9 ..p Is the symbolic argument valid or invalid? O Valid O Invalid

i-3% 2004 200350 Calculate the unknown values. Use the compound interest calculations. The interest rates are annual, and each time unit is one year. (Do not round at intermediate steps!) Round your FINAL answer to the nearest integer. (For example, if you get 2.1, then round it to 2. If you get 2.8, then round it to 3.If you get 2.5, then round it to 3.)

The effect of temperature on the rate of a reaction was studied and the following data obtained: k (5-1) T(°C) 1.63X10-4 6 1.92 x 10-4 8 2.86X10-4 13 3.89 x 10-4 17 5.65x10-4 22 1.00X10-3 30 1.15x10-3 32 1.41 x 10-3 35 It is known that the variation of the rate constant k with the absolute temperature T is described by the Arrhenius equation: k = A exp [(-E, (RT)] where Ez is the activation energy, R is the universal gas constant and A is the pre-exponential factor (units of the rate constant). Taking the natural logarithm of both sides affords: E In k = In A - RT For a plot of y = In k versus x = 1/T, calculate the slope of the best straight line using linear regression. 1 pts Submit Answer Tries 0/99 Calculate the activation energy Ea. 1 pts

"Simon Says" is a memory game where "Simon" outputs a sequence of 10 characters \( (R, G, B, Y \) ) and the user must repeat the sequence, Create a for loop that compares the two strings starting from index 0 . For each match, add one point to userScore Upon a mismatch, exit the loop using a break statement. Assume simonPattern and userPattern are always the "Simon Says" is a memory game where "Simon" outputs a sequence of 10 characters (R,G,B,Y ) and the user must repeat the sequence, Create a for loop that compares the two strings starting from index 0 . For each match, add one point to userScore Upon a mismatch, exit the loop using a break statement. Assume simonPattern and userPattern are always the same length. Ex The following patterns yield a userScore of 4 : simonPattern: RRGBRYYBGY userPattern: RRGBBRYBGY 3 public class SimonSays \{ 4 public static void main (String □ args) \{ 5 Scanner scnr = new Scanner(System, in) 6 String simonPattern; 7 String userPattern; 8 int userscore; int i; user 5 core =0; simonPattern = scnr. next ); userPattern = scnr, next O; System. out.println("userScore: "+ userScore);

"Simon Says"simonPattern: RRGBRYYBGYuserPatteen: RRGBBRYBGY "Simon Says" is a memory game where "Simon" outputs a sequence of 10 characters (R, G, B, Y) and the user must repeat the sequence Create a for loop that compares the two strings starting from index 0. For each match, add one point to userScore. Upon a mismatch, exit the loop using a break statement. Assume simonPattern and userPattern are always the same length. Ex: The following patterns yield a userScore of 4: simonPattern: RRGBRYYBGY userPattern: RRGBBRYBGY 1 import java.util.Scanner; 2 3 public class SimonSays { 4 public static void main(String[] args) { 5 7 9 10 11 12 13 14 15 Scanner scnr- new Scanner(System.in); String simonPattern; String userPattern; int userScore; int i; userScore - 0; simonPattern scnr.next(); userPattern = scnr.next(): DID!! p d

Air at 80 degrees Fahrenheit and 14.7 psia with a mass flow rate of 0.6 lbm/sec enters a compressor and leaves at 70 psia and 430 degrees Fahrenheit through an exit area of 0.007 ft^2.  The measured heat interaction rate with the 80 degree Fahrenheit factory room is 3 Btu/sec.  Use constant Cp = 0.24 Btu/lbm oF a) Calculate the compressor work rate.   b) Compute the entropy generation rate for the overall process.