Log 4096
4
Answer: one hundred an twenty seven divided by uh hundred
Step-by-step explanation:
Answer: uhm- I think ####
Step-by-step explanation: it taggd it out
Answer:
z = 60000(0.9)^t
Step-by-step explanation:
What's good?The equation for the price of the item over time can be written as:
z = 60000(0.9)^t
Here's what each part of the equation means:
- "z" represents the price of the item.
- The initial cost of the item is $60,000, so we start with 60000.
- The item falls at a rate of 10% per year, so we multiply the initial cost by 0.9 each year.
- "t" represents the number of years.
For example, if you want to find the price after 3 years, you would substitute t = 3 into the equation and solve for z:
z = 60000(0.9)^3
z = 60000(0.729)
z ≈ 43,740
So after 3 years, the price of the item would be approximately $43,740. Remember 3 years is just an example. Don't forget to make me the brainliest!!!
The equation for the value of the weaving equipment after 'n' years can be written as Z = 60000(1 - 0.10)ⁿ. For example, if you want to find the value of the equipment after 5 years, substitute n = 5 into the equation and solve for Z, which would be approximately $36,486.
The equation for the value of the weaving equipment after n years can be written as Z = 60000(1 - 0.10)n, where Z represents the value of the equipment and n represents the number of years.
For example, if you want to find the value of the equipment after 5 years, you would substituten = 5 into the equation: Z = 60000(1 - 0.10)5 and solve for Z.
After substituting and calculating, you would find that the value of the equipment after 5 years is approximately $36,486.
Learn more about Depreciation here:
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