A 10-inch sunflower is planted in a garden and the height of the sunflower increases exponentially, increasing by 15%% per day. a. Write a function / that determines the height of the sunflower (in inches) in terms of the number of days t since it was planted. Preview b. How many days after it was planted will the sunflower be 29 inches tall? I days Preview c. How many days after it was planted will the sunflower be 170 inches tall? days Preview Submit Question 2. Points possible: 3 Unlimited attempts. Message instructor about this question Post this question to forum Jack plants a magic beamstalk that is 5 feet tall. The height of the magic beanstalk increases exponentially, doubling each day. a. Write a function / that determines the height of the beanstalk (in feet) in terms of the number of days f since the beanstalk was planted. Preview b. If the moon is directly over the beanstalk, how many days after the beanstalk was planted would the beanstalk reach the moon? (The moon is 218,900 miles from the earth, and there are 5,180 feet in 1 mile.) I day's Preview c. If the sun is directly over the beanstalk, how many days after the beanstalk was planted would the beanstalk reach the sun? (The sun is 92,960,000 miles from the earth, and there are 5,280 feet in 1 mile.} day's PreviewLinda's car was worth $10,000 at the beginning of 2000 and the value of the car decreased exponentially, decreasing by 19% each year a. Write a function / that determines the value of Linda's car (in dollars) in terms of the number of years & since the beginning of 2000. /() - Preview b. How many years after the beginning of 2000 was Linda's car worth $6,000? years Preview c. How many years after the beginning of 2000 was Linda's car worth $1,800? years Preview Submit Question 4. Points possible: 3 Unlimited attempts. Message instructor about this question Post this question to forum A point moves along a straight path. The function /(#) - log, (t) determines the distance ( in meters) the point has traveled in terms of the number of seconds : since the point started moving. a. How far has the point traveled 25 seconds after it started moving? meters Preview b. If the point has traveled 1.58496 meters, how many seconds have elapsed since it started moving? seconds Preview c. Write a function / -that determines the number of seconds that have elapsed since the particle started moving in terms of the distance (in meters) the particle has traveled, d. 7 (d) - Preview