The zeros for the given equation are A. 
Step-by-step explanation:
Step 1:
To solve for x in a polynomial equation, we use the formula
Here a is the coefficient of 
, b is the coefficient of 
and c is the coefficient of the constant term.
In the given equation, 
.
Step 2:
Substituting the values of a, b, and c in the equation, we get
So the answer is option A.
98 multiplied by 2 =196
196 multiplied by 3 =588
the total cost is $588
<em>multiply both sides by 5 </em> 3(15k+10)=5(12k-9)
<em>get rid of the brackets</em> 45k+30=60k-45
<em>take away 45k to both sides</em> 30=15k-45
<em>plus 45 to both sides</em> 75=15k
<em>divide both by 15</em> k=5
Answer:
0.06
Step-by-step explanation:
hope this helps
6 divide by 100= 0.06
We are asked to d<span>etermine the area under the standard normal curve that lies to the left of the following z score of 1.57. in this case, we can use the rules of integration as this is related to area under the curve:
</span><span>1/2+1/π * integral of (</span><span> e</span><span>−z^2 </span><span>d</span>z0 from 0 to x/2 where z=1.5
Answer is 0.8665
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