Since you pay 9.5% extra per year, that is equal to 109.5% of last year, or 1.095 in decimal form
The base equation:
<span>y=k<span>ax</span></span>
Sub in your values:
<span>y=10000×<span>1.0953</span></span>
Simply solve for that
<span>y=10000×<span>1.0953</span></span><span>y=10000×1.312932375</span><span>y=13129.3</span>
So you would owe <span>$13129.30</span>, after 3 years, given that you do not deposit any money over the course of that time
The limit is presented in the following undefined form:
In cases like this, we can use de l'Hospital rule, which states that this limit, if it exists, is the same as the limit of the derivatives of numerator and denominator.
So, we switch
The derivative of the numerator is
Whereas the derivative of the denominator is
So, the new limit is
So, it would seem that we didn't solve anything, but indeed we have! Recall the limit
to conclude that the limit converges to \dfrac{6}{25} [/tex]
Answer:
-7
Step-by-step explanation:
Domain is simply another way of saying input values. Input values are literally just x values (Any place on the x bar. Range is the same but instead of x values it is for y values.
Answer:
2 1/4
Step-by-step explanation:
=−514+712
Rewriting our equation with parts separated
=−5−14+7+12
Solving the whole number parts
−5+7=2
Solving the fraction parts
−14+12=?
Find the LCD of 1/4 and 1/2 and rewrite to solve with the equivalent fractions.
LCD = 4
−14+24=14
Combining the whole and fraction parts
2+14=214