Answer: 0.414
29/70=0.41428571
The thousands place is the third place.
Point B is located at point (4, -2)
Answer:
Step-by-step explanation:
I see you're in college math, so we'll solve this with calculus, since it's the easiest way anyway.
The position equation is
That equation will give us the height of the rock at ANY TIME during its travels. I could find the height at 2 seconds by plugging in a 2 for t; I could find the height at 12 seconds by plugging in a 12 for t, etc.
The first derivative of position is velocity:
v(t) = -3.72t + 15 and you stated that the rock will be at its max height when the velocity is 0, so we plug in a 0 for v(t):
0 = -3.72t + 15 and solve for t:\
-15 = -3.72t so
t = 4.03 seconds. This is how long it takes to get to its max height. Knowing that, we can plug 4.03 seconds into the position equation to find the height at 4.03 seconds:
s(4.03) = -1.86(4.03)² + 15(4.03) so
s(4.03) = 30.2 meters.
Calculus is amazing. Much easier than most methods to solve problems like this.
They are already rounded but 20% and 30% should be correct.
The right answer is Option A.
Step-by-step explanation:
Given,
Amount in Jason's account = $300
Bills paid = 
Remaining balance after bills = -$50
Let,
x be the amount of bills.
Amount in account - Bills paid*Amount of bills = Remaining balance

The equation
can be used to find x.
The right answer is Option A.
Keywords: equation, subtraction
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