Answer:
0
Step-by-step explanation:
2a+1=1
2a=0
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2 2
a=0
Answer:
A, B, D, and E
Step-by-step explanation:
First, you should know that definition.
<em><u>Congruent:</u></em> Identical in form, symmetrical.
Now that we have the definition, Let's compare each option.
<em><u>A.</u></em> Line segment BC and PO are a congruent pair.
<em><u>B.</u></em> Line segment IJ and LM are a congruent pair.
<em><u>C.</u></em> Line segment PO and ON are not a congruent pair
<em><u>D.</u></em> Line segment HV and GW are a congruent pair.
<em><u>E.</u></em> Line segment AB and AP are a congruent pair.
<h2><em>
<u>Hence, Options A, B, D, and E are correct.</u></em></h2><h2><em>
<u /></em></h2><h3>Hope this helps! </h3><h3 />
-Emma
Answer:
The equation has zeroes at -4, 0 and 4 and is a minimum cubic degree or a 3 degree equation.
Step-by-step explanation:
The polynomial has roots at places where f(x) cuts the x axis.
The function cuts the x-axis at 3 points: 4, -4, and 0.
It cuts the axis at the point, x=0; x=4; x=-4
Therefore, the points equation has to be of the form, k*x*(x-4)*(x+4)*p(x)
where k is any arbitrary constant and p(x) is a polynomial of any degree depending on what the equation does in the region and (5,∞) and (-∞,-5).
Therefore, the equation has zeroes at -4, 0 and 4 and is a minimum cubic degree or a 3 degree equation.
Because they have the same base you can
When you subtract logs of the same base you divide them
Aka log5-log4= log(5/4)
Similarly when you add you multiply
Aka log5+log4= log (5*4)
Make sure they have the same base like in your problem
Answer:
x = 4
Step-by-step explanation:
By looking at the graph we can see the vertical asymptote is the vertical line in the graph. This line goes through x = 4, and no matter what y is, x equals 4, as shown. Therefore, the equation of the vertical asymptote is x = 4.