Use the equations below to find out which function would have the sharpest curve. Note: don’t worry about the initial value, just pay attention to the growth factor. a. f(x) = 12(.85)x b. g(x) = 12(.43)x c. h(x) = 19(1.1)x d. s(x) = 7(1.37)x

A bacterial infection is being combated with antibiotics. The medication is able to reduce the bacteria by 25% per day. How much of the bacteria remains after 6 days if there were 5,000 bacterial organism to begin with?

Using a similar method as shown in the directions for questions 9-11, convert the logarithms into exponential functions.  

Use these details to help you answer the next 4 questions. Senior #1 #2 #3 #4 #5 #6 #7 #8 Age 63 71 87 63 75 70 81 82 Movie Harry Potter Casablanca Star Wars Gone with the Wind Bucket List Saturday Night Fever Toy Story Grumpy Old Men Ice Cream vanilla chocolate vanilla vanilla spumoni vanilla chocolate mint # of grandkids 2 5 0 5 18 9 11 6

In questions 9-11, convert the functions into logarithms using the format below Problem provided: 53 = 125 Your answer: log5125 = 3 Hint: to make superscript for exponents, use the x2  above the font size. To make subscript for the logarithm, use the x2 above the font size.

Solve log3x = 0

logmP = a

A patient presents to the emergency department reporting severe abdominal pain. On assessment, the nurse finds a bulging, pulsating mass in the abdomen. What action by the nurse is the priority?

A patient is receiving continuous tube feeding at 70 mL/hr. When the bag is empty, how much formula does the nurse add? (Record your answer using a whole number.) _____ mL

The nurse is caring for a patient with peptic ulcer disease who reports sudden onset of sharp abdominal pain. On palpation, the patient’s abdomen is tense and rigid. What action takes priority?