Answer:
the numbers r switched
Step-by-step explanation:
Answer:
x=7/6
Step-by-step explanation:
subtract the 4x from both sides of the equation
(2x+6)-4x=4x-3-4x
find common denominator
(2x+6)/5+(5(-4)x)/5=4x-3-4x
then combine fractions
(2x+6+5(-4)x)/5=4x-3-4x
then multiply the 5&4
(2x+6-20x)/5= 4x3-4x
combine terms
(-18x+6)/5= -3
then multiply everything by 5
-18x+6= -15
subtract the 6 from both sides
-18x= -21
divide -21 by -18
(-21)/(-18)=x
find greatest common multiple (3) and solve
x = 7/6
We know that
<span>applying the Pythagorean theorem
c</span>²=a²+b²
c is the <span>length of the diagonal
a=100 yd
b=130 yd
c</span>²=100²+130²-------> c²=26900---------> c=√26900 units----> c=10√269 units
the answer is
the length of the diagonal is 10√269 units or 164.012 units
Answer:
The answer is 3/4 which isn't among the choices.
Step-by-step explanation:
Answer:
y = ($2500)(1.04)^x
Step-by-step explanation:
The initial value = $2500
The value of the stock is expected to grow at the rate of 4%
Let x represent the number of years since the stock was made available for purchase.
Let y represent the value of the stock x years later.
y1 = amount of money after one year.
y1 = $2500 (100% + 4%)
y1 = $2500 (104%)
y1 = $2500(1.04)
y2 = amount of money after two years
y2 = y1 (100% + 4%)
y2 = y1 (104%)
y2 = y1(1.04)
y2 = $2500(1.04)(1.04)
y2 = $2500(1.04)^2
This will give a pattern
y5 = $2500(1.04)^5
After x years the model of the equation will be y = ($2500)(1.04)^x
