Karissa begins to solve the equation startfraction one-half endfraction left-parenthesis x minus 14 right-parenthesis plus 11 equals startfraction one-half endfraction x minus left-parenthesis x minus 4 right-parenthesis.. her work is correct and is shown below.

three lines of math. the first line, startfraction one-half endfraction left-parenthesis x minus 14 right-parenthesis plus 11 equals startfraction one-half endfraction x minus left-parenthesis x minus 4 right-parenthesis. the second line, startfraction one-half endfraction x minus 7 plus 11 equals startfraction one-half endfraction x minus x plus 4. the third line startfraction one-half endfraction x plus 4 equals negative startfraction one-half endfraction x plus 4.
startfraction one-half endfraction x minus 7 plus 11 equals startfraction one-half endfraction x minus x plus 4.
startfraction one-half endfraction x plus 4 equals negative startfraction one-half endfraction x plus 4.
when she subtracts 4 from both sides, startfraction one-half endfraction x equals negative startfraction one-half endfraction x. results. what is the value of ?

Jane’s favorite fruit punch consists of pear, pineapple, and plum juices in the ratio 5: 2: 3. chapter reference how much punch can she make if she has only 6 cups of plum juice?

If 3 3/4 lb. of candy costs 20.25 how much would 1lb. of candy cost

(c) compare the results of parts (a) and (b). in general, how do you think the mode, median, and mean are affected when each data value in a set is multiplied by the same constant? multiplying each data value by the same constant c results in the mode, median, and mean increasing by a factor of c. multiplying each data value by the same constant c results in the mode, median, and mean remaining the same. multiplying each data value by the same constant c results in the mode, median, and mean decreasing by a factor of c. there is no distinct pattern when each data value is multiplied by the same constant. (d) suppose you have information about average heights of a random sample of airline passengers. the mode is 65 inches, the median is 72 inches, and the mean is 65 inches. to convert the data into centimeters, multiply each data value by 2.54. what are the values of the mode, median, and mean in centimeters? (enter your answers to two decimal places.) mode cm median cm mean cm in this problem, we explore the effect on the mean, median, and mode of multiplying each data value by the same number. consider the following data set 7, 7, 8, 11, 15. (a) compute the mode, median, and mean. (enter your answers to one (1) decimal places.) mean value = median = mode = (b) multiply 3 to each of the data values. compute the mode, median, and mean. (enter your answers to one (1) decimal places.) mean value = median = mode = --