The hunter should purchase 3 ounces of seeds and 7 ounces of dried fruit to satisfy the scenario.
<u><em>Explanation</em></u>
the amount of seeds and 
the amount of dried fruit.
As the hunter needs total 10 ounces of a snack mix , so the first equation will be..
Now the seeds cost $1.50 per ounce and the dried fruit costs $2.50 per ounce. And the mixture costs $2.20 per ounce, so the second equation will be:
According to the substitution method, we will isolate y from the first equation as 
Now we will substitute this into the second equation in place of 
Plugging this 
into the equation , we will get...
So, the hunter should purchase 3 ounces of seeds and 7 ounces of dried fruit to satisfy the scenario.
512,000 80 times 100 times 80 times .8
Answer:
x = 7, y = 16
Step-by-step explanation:
The consecutive sides of a kite are congruent, thus
2x + 5 = x + 12 ( subtract x from both sides )
x + 5 = 12 ( subtract 5 from both sides )
x = 7
And
y - 4 = x + 5, that is
y - 4 = 7 + 5 = 12 ( add 4 to both sides )
y = 16
<u>1.38</u> as a fraction is <em>138/100</em> .
As a fraction, it can be reduced to lower terms.
138/100 = 69 / 50
For an individual die roll, the probability of rolling 6 is \dfrac{1}{6}
6
1
.
Effectively, this problem is asking for P(\text{1st roll is 6}\cap\text{2nd roll is 6})P(1st roll is 6∩2nd roll is 6).
Using the rule of product, this is:
\dfrac{1}{6}\times\dfrac{1}{6}=\dfrac{1}{36}
6
1
×
6
1
=
36
1
.
