Answer:
d) 4
For the second question, just plug in the x value and isolate the y value
Step-by-step explanation:
1. 9y=36-13x
y=4-13/9 x
4 is the y-intercept
D is the correct answer. Through careful planning unnecessary expenses can be rid of
Answer:
Step-by-step explanation:
In order to figure out how much money was left in the account after the interest was withdrawn, we have to first find out how much money was initially deposited to earn that amount of interest! The means to find that initial investment is found in the simple interest formula
prt = I, where
p is the initial investement,
r is the interest rate in decimal form,
t is the time in years, and
I is the interest earned. Notice that we have all those things but the p.
Filling in:
p(.0425)(4) = 2380 and
.17p = 2380 so
p = 14000
That means that 14000 was initially invested. If the depositor withdrew the 2380, then
14000 - 2380 is the amount left in the account, namely, $11620
Answer:
153.9
Step-by-step explanation:
Area of a circle formula:
Pi*r*r of Pi*r^2
pi*7*7= Area of circle
pi*49
49* 3.14 is around 153.86 which is around 153.9
Answer:
20,114 mi/h
Step-by-step explanation:
It can be convenient to remember that 1 mi/h = 22/15 ft/s. To convert the given number to the appropriate units, we can divide by this conversion factor:
(29500 ft/s)/((22/15 ft/s)/(1 mi/h)) = (29500·15/22) mi/h = 20113 7/11 mi/h
≈ 20,114 mi/h
