9514 1404 393
Answer:
65 grams
Step-by-step explanation:
The formula for an exponential sequence is ...
w(n) = (initial weight) × (1 - (decrease per use))^n . . . . for n uses
w(n) = 95·0.975^n . . . . . filling in the given numbers
Then for 15 uses, the weight is ...
w(15) = 95·0.975^15 ≈ 64.98 ≈ 65
The weight after 15 uses is about 65 grams.
Answer:
The height of the tree is 70.4 feet
Step-by-step explanations:
Please refer to the attached image for explanations
The LA theorem is a special case of the AAS theorem and ASA postulate. Hope it helps
Answer:
Domain { -6,3,4,6,10}
The range is the output values, listed from smallest to largest with no repeats
Range { -13,-9,2,14,19}
Step-by-step explanation:
The domain is the input values, listed from smallest to largest with no repeats
Domain { -6,3,4,6,10}
The range is the output values, listed from smallest to largest with no repeats
Range { -13,-9,2,14,19}
Answer:
-$0.26
Step-by-step explanation:
Calculation to determine the expected value of playing the game once
Expected value= [18/(18+18+2) x $5)]- [20/(18+18+2) x $5]
Expected value= ($18/38 x $5) - (20/38 x $5)
Expected value= ($2.37-$2.63)
Expected value= -$0.26
Therefore the expected value of playing the game once is -$0.26