Answer:
1.3 seconds ; 13 tenth of a second
Step-by-step explanation:
Fastest ever qualifying lap = 1 minute 29.6 seconds
Fastest ever racing lap = 1 minute 30.9 seconds
The difference :
1 minute 30.9 seconds - 1 minute 29.6
30.9 seconds - 29.6 seconds = 1.3 seconds
1.3 seconds = 1.3/0. 1 = 13 tenth of a second
Answer:
Knowing that thet credit decrease linearly, you can use the equation of a straight line to find the answer
Step-by-step explanation:
We will say that the time is 't', and the remaining money is 'm'.
The equation of an straight line is like this:
(y2-y1)=m*(x2-x1)
Where x2 and x1 are two values of the horizontal axis, y2 and y1 are the image of x2 and x1 in the vertical axis, and m is the slope.
For our problem we will say that 't' is in the horizontal axis and 'm' is in the vertical one, as m decreases with t. So:
(m2-m1)=m*(t2-t1)
Now we can substitute with the two pair of values that we already have to find the slope of the straight line:
(18.90-23.85)=m(74-41)
Once we have got the slope, we can do the same but with another point, as the slope is always the same:
(m3-m1)=m*(t3-t1)
Our third point is the one which t=102min so our incognit will be its image, m3:
(m3-23.85)=m*(102-41)
We have it all but m3, so we can solve it
Answer:
2. 432
3. 144
4. 95
5. 544
6. 106
7. 81
8.632
9. 690
10. 892
Step-by-step explanation:
The answer is 33 hope that helps
What is the intersection of the three sets: A = {1, 3, 5, 7, 9}, B = {1, 2, 3, 5, 7}, and C = {1, 2, 5, 8, 9}?
marysya [2.9K]
ITS A. 1 AND 5 BECAUSE 1 AND 5 ARE IN ALL 3 SETS
