Answer:
the set must have a constant additive rate of change. the set must have a multiplicative rate of change.
Step-by-step explanation:
Answer:
34 minutes
Step-by-step explanation:
Given
Required
Number of minutes left to spend (x)
Since there's only 1 minute left to spend on every other call;
Time left = x * 1
Time left = x
The required can further be calculated using:
This gives:
Subtract 6 from both sides
<em>Hence, there are 34 minutes left to spend</em>
Okay I'll try to show it step by step
Step 1. So first you need to recognise that the diagram is a right angled triangle, with the right angle being at the bottom. This means we can do Pythagoras' Theorem.
Step 2. Now that you know you can use Pythagoras' Theorem, you can apply it. If you don't know, the theorem is a² + b² = c², with, in this case, a being 5 and b being 8. This means we can do 5² + 8² = 25 + 64 = 89.
Step 3. From the previous step, we now know that the length of the side including x is √89, and because we know that part of this side is 3, if we subtract 3 from √89 we get the value of x, so: √89 - 3 = 9.434 - 3 = 6.434, which is your answer.
I hope this helps!
Use the degree of the function, as well as the sign of the leading coefficient to determine the behavior. 1. Even and Positive: Rises to the left and rises to the right. 2.
If the question here is Suzette late? Then the answer is:
First hallway: change in t = change in d / v= 35.0 m / 3.50 m/s = 10.0s
Second hallway: change in t = change in d / v= 48.0 m / 1.20 m/s = 40.0 s
Third hallway: change in t = change in d / v=60.0 m / 5.00 m/s = 12.0s
=10.0s + 40.0s + 12.0s = 62.0s
This is 2 s after the bell rings so, Suzette is late again for the third time.
