Answer:
The vertex of the graph is located at the point (3,6)
Step-by-step explanation:
Here, we want to know where the vertex of the equation if plotted will be
To get this, what we have to do is to equate the expression that we have in the absolute value to zero
After this, we then proceed to solve for the value of x
We have this as;
x -3 = 0
hence;
x = 0 + 3
x = 3
to get the y-value of the vertex, we look at the value at the side of the absolute value
This value is 6 and thus, the y-value of the vertex point is 6
So the coordinates of the vertex is (3,6)
The months till the account stability is terrible is 1.3 months.
<h3>What is account stability?</h3>
- In banking, the account stability is the amount of coins you have were given available on your checking or economic financial savings account.
- Your account stability is the net amount available to you anyways deposits and credit score had been balanced with any costs or debits.
- Your economic organization account balance suggests you methods a brilliant deal coins you have were given on your account.
- That coins is there for you withdraw or depart in place, likely with a view to collect interest payments on it.
- The answer isn't always truely yes, though, because of the truth your balance might not be exactly what it seems.
- The available balance can be taken out of the account in cash at an ATM or with a economic organization teller.
- The debit card transfers coins from the coins inside facet the checking account.
To learn more about account stability from the given link:
brainly.com/question/13387881
#SPJ13
0.003 is 1/10 of 0.03.
Just multiply the 0.003 by 10 and you'll get the answer.
Let's define variables:
s = original speed
s + 12 = faster speed
The time for the half of the route is:
60 / s
The time for the second half of the route is:
60 / (s + 12)
The equation for the time of the trip is:
60 / s + 60 / (s + 12) + 1/6 = 120 / s
Where,
1/6: held up for 10 minutes (in hours).
Rewriting the equation we have:
6s (60) + s (s + 12) = 60 * 6 (s + 12)
360s + s ^ 2 + 12s = 360s + 4320
s ^ 2 + 12s = 4320
s ^ 2 + 12s - 4320 = 0
We factor the equation:
(s + 72) (s-60) = 0
We take the positive root so that the problem makes physical sense.
s = 60 Km / h
Answer:
The original speed of the train before it was held up is:
s = 60 Km / h
