How Would You Calculate How Much Money You Have To Spend Eac

How Would You Calculate How Much Money You Have To Spend Ea

How Would You Calculate How Much Money You Have To Spend Ea

How would you calculate how much money you have to spend? Each denomination needs a different value assigned. You compute a running total until you have accounted for all of the bills. For the moment, assume you are uncomfortable carrying large bills, so your wallet or purse contains $1, $5, $10, or $20 bills. The following program represents a “pseudo code†solution to this exercise. totalCash is a whole number that starts at zero while (I still have bills left to account for) if (current bill is $1) add 1 to totalCash if (current bill is $5) add 5 to totalCash if (current bill is $10) add 10 to totalCash if (current bill is $20) add 20 to totalCash if (totalCash > itemPrice) I have enough money to buy the item. else I don’t.

This is an example of an iterative method because it is repeated over and over for the entire collection. Think of a way in which you apply an iterative method to a collection of similar objects in your day-to-day life. Be creative—in other words, identify a situation that does not involve money (either paper or coins). Think about the ways in which the items of your collection are alike, as well as the key ways in which they differ. By Day 3, post a response that: Briefly describes your collection and the elements that comprise it; identifies the characteristic(s) that differentiate(s) the elements of the collection; briefly describes the method you apply to that collection; defines the method using pseudocode that contains at least two if methods.

Paper For Above instruction

My collection consists of different types of houseplants, including ferns, succulents, and flowering plants. These plants all serve as green decorative elements in my home, providing aesthetic value and air purification benefits. The elements that comprise this collection are individual plant species, each with unique physical characteristics such as leaf shape, size, watering needs, and light requirements. The primary characteristic that differentiates these elements is their specific care needs—ferns require consistently moist soil and high humidity, succulents need well-draining soil and infrequent watering, while flowering plants may need specific nutrients and sunlight to bloom.

The method I apply to manage and care for this collection involves assessing each plant’s needs based on their characteristics and performing actions accordingly. For example, I check soil moisture levels, light exposure, and health status of each plant at regular intervals. Based on these observations, I decide whether to water, move, or fertilize each plant to ensure they thrive.

Using pseudo code that contains two if methods, this method can be expressed as follows:

initialize totalWateringSessions to 0

while (there are plants to care for)

if (plant type is fern)

check soil moisture

if (soil is dry)

water the fern

increment totalWateringSessions by 1

if (plant type is succulent)

check soil drainage and moisture

if (soil is too moist or not draining well)

improve drainage or reduce watering

increment totalWateringSessions by 1

This pseudocode iterates through each plant in the collection, applying specific care actions based on the plant type, ensuring tailored maintenance that keeps the collection healthy and thriving.

References

  • Smith, J. (2020). Plant Care Fundamentals. Green Thumb Publishers.
  • Johnson, L. (2019). Houseplant Maintenance and Care. Botanical Press.
  • Anderson, P. (2021). The Science of Indoor Gardening. University Press.
  • Martin, R. (2018). Creating a Healthy Indoor Ecosystem. EcoLiving Publishing.
  • Chen, M. (2022). Understanding Plant Watering Needs. Journal of Horticultural Science, 57(4), 130-145.
  • Williams, D. (2021). Succulents: Care and Cultivation. Garden News
  • Brown, K. (2020). Air Purifying Plants for Indoors. Indoor Gardening Magazine
  • Garcia, S. (2017). Eco-Friendly Plant Maintenance. Sustainable Living.
  • Lee, H. (2019). Optimizing Light for Indoor Plants. Journal of Botanical Research.
  • Walker, T. (2023). Maximizing Growth of Houseplants. Horticulture Today.