4+4x=20
-4. -4
4x=16
X=4 (hope this helps)
Inorder to find the height, you miust plug in 0.05s for all times (t)
h(f) = -490t^2 + 75t + 12
h(f) = -490 • 0.05^2 + 75 • 0.05 + 12
Next follow PEMDAS from left to right.
(MD reversible, AS reversible)
(parentheses, exponents, multiply, divide, add, subtract)
parentheses~ nothing to simplify with parentheses
exponents~ h(f) = -490 • 0.0025 + 75 • 0.05 +12
multiply~ h(f) = -1.225 + 3.75 +12
divide~ nothing to simplify with division
add~ h(f) = 14.525
subtract~ nothing to simplify with subtraction
DON'T FORGET UNITS!
Answer: h(f) = 14.525 cm
Answer:
D.
Step-by-step explanation:
2^a*2^5/2^b = 2^(a+5)/2^b. using power of a product property.
then
2^(a+5)/2^b= 2^(a+5)*2^-b. Using Negative Exponent property.
Again we can use power of a product property and we get 2^(a+5)*2^-b=2^(a-b+5)
Answer: (4,2)
Step-by-step explanation:
The solution would be where the two lines intersect which is the point (4,2)
Answer:
the price of the security will be $448.485
Step-by-step explanation:
Annual rate of interest = 3.3%
then Interest rate per quarter (r) will be = 0.033/4
= 0.00825
= 0.825%
now it is given that
Cash flows in the first quarter, C1 = $3.70
Then Present value of perpetuity = C1 /r
= $3.70/ 0.825%
= $448.485
Therefore, the price of the security will be $448.485
