6 tenths, 2 hundredths, 8 thousandth in standard form is:
.628
Knowing tenths is before hundredths you can easily place it first, then hundredths is second, lastly the thousandth is last
Yes, because 128 is the greater number
The function that could be represented by Rebecca’s graph is f(x) =-2(5/4)^x+3
<h3>How to determine the function that could be represented by Rebecca’s graph? </h3>
The properties are given as:
- The function is decreasing.
- The left end is approaching a constant.
For an exponential function to keep decreasing, one or more the following must be true:
- The rate is less than 1
- The leading factor is negative and the rate is greater than 1
For the left end of an exponential function to approach a constant, the following must be true:
- The leading factor is negative and the rate is greater than 1
The equation that has the above properties is f(x) =-2(5/4)^x+3
Hence, the function that could be represented by Rebecca’s graph is f(x) =-2(5/4)^x+3
Read more about exponential functions at:
brainly.com/question/2456547
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Answer: 37
Step-by-step explanation:
I graphed the function and found answer.