A=3,500×(1+0.0485÷4)^(4×11)
A=5,947.99
6000=3500(1+0.0485/4)^4t
Solve for t to know the time needed to reach 6000
Time=11.2
So the time needed is 11 years and 2 months
If you mean you get them by diving them by 100 or something over 100(as in a fraction) that's the answer, I'm incredibly sorry if it is not what you meant!
The inequality would look like this:
-2 (3x + 2)
-6x-4
To begin to find the solutions, distribute the -2 throughout the set of parenthesis on the left side of the inequality by multiplying the -2 by each term in the set of parenthesis
-2 x 3x = -6x
-2 x 2 = -4
-6x -4
-6x-4
Begin to isolate x by performing the opposite operation of adding -6x on both sides of the inequality
0x -4
-4
Next perform the opposite operation by adding 4 on both sides of the inequality
0x
0
Now, I'm not exactly understanding how that can possibly work. So, I guess I didn't really help you. But add a comment so that we can talk about the problem :)
Answer:
c) 15
Step-by-step explanation:
Answer:
y=-4x-2
Step-by-step explanation:
y-y1=m(x-x1)
y-14=-4(x-(-4))
y-14=-4(x+4)
y=-4x-16+14
y=-4x-2