Answer: The required probability is
Step-by-step explanation:
Since we have given that
Number of spruce tree = 20
Number of maple tree = 50
Total trees = 70
We need to find the experimental probability that the next tree Colleen to get a spruce tree.
So, the probability would be :
Hence, the required probability is
11 and 1/6 = 67/6
67 divided by 6 = 11.1666667 (repeating)
Use the compound interest equation: 1000 * 1.035^6 = 1229.26 dollars, to the nearest cent
Firstly, the height increased.
Before restoration the height was 56.84*cos(5.5°).
After restoration : <span>56.84*cos(3.99°).
The difference is :
</span>56.84*cos(3.99°)-56.84*cos(5.5°)=56.84(cos(3.99°)-cos(5.5°))=56.84*0.0022=0.1239≈0.124 - the answer
The correct option is D. In fact, you can evaluate this function at every possible input x.
All this function does is:
- Take a number x
- Add 6
- If the result is negative switch the sign, otherwise keep it as it is
As you can see, you can perform these operations regardless of the input x.