It doesn't seem to work with $1.60 total.
It DOES work with a $16.00 total.
A) 3n = q
A) 3n -q = 0
B) .05n + .25q = 16.00
Multiplying equation A by .25
A) .75n -.25q =0
B) .05n + .25q = 16.00
.80n = 16.00
20 nickels = 1.00
60 quarters 15.00
Number 1 is A. Flipping a coins gives you heads or tails. There are four colors on the spinner. That would give you:
H - R
H - B
H - G
H - Y
T - R
T - B
T - G
T - Y
For number two I'm assuming you mean what the probabilities are that you select an eraser that isn't pink.
There are 14 erasers. The probability of picking an eraser is 14/14. You need to subtract the probability of picking a pink eraser to find the probability of not getting a pink eraser.14/14 - 4/14 is 10/14. That can be simplified to 5/7 which would be C.
A sequence can be generated by using an=4an−1 where a1=6 (a) 6, 20, 76, 300 (b)6, 24, 96, 384 (c)6, 10, 14, 18 (d) 6, 20, 100, 5
Tcecarenko [31]
Answer:
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- <u>Option (b) 6, 24, 96, 384 </u>
Explanation:
The complete question is:
A sequence can be generated by using where and n is a whole number greater than 1. What are the first four terms in the sequence.
The given rule is a recursive formula, which means that to find any term consecutive term, from the second one, you multiply the current term by 4.
Thus:
Answer:
c = -6
Step-by-step explanation: