WILL GIVE *65+* POINTS AND BRAINLIEST TO WHOEVER CAN ANSWER THESE 3 QUESTIONS...: (LONG)
Sadie and Nikhil are racing toy cars on several parallel line straight lined-tracks that start from a wall.
Car A is places on the front track. The function A defined by A (x) = 30x+10 models the distance from the wall, in centimeters (cm) of Car A in terms of the time x, in seconds, after the car was placed.
Car B is placed on the second track. The table gives the distance from the wall, in cm, of Car B for the first few second after the car was placed on the track. Assume Car B is travelling at a constant speed.
Time
Distance of Car B from wall
(seconds) (cm)
0 5
1 30
2 55
3 80
(Question 1)
In this context, what is the best interpretation of the number 10 in the function A(x) = 30x +10?
A. The speed, in centimeters per second of Car A 30 seconds after he car is placed on the track
B. The distance, in centimeters, Car A is from the wall 30 seconds after the car is placed on the track
C. The speed, in centimeters per second, of Car A at the moment the car is placed on the track
D. The distance, in centimeters, Car A is from the wall at the moment the car is placed on the track.
(Question 2) How many seconds after being placed on the track will car B reach a point 105 cm on the wall?
A. 4
B.6
C.8
D.12
(FINAL QUESTION)
Time Distance of Car C
(seconds) from wall (cm)
0 15
1 35
2 55
3 75
Car C was placed on its track at the same time as Car A. The table shows the distance from the wall, in cm, of Car C for the first few seconds at it was placed on the track. If Car C is traveling at a constant speed, after how many seconds will Car C be the same distance from the wall as Car A?
A. 0.5
B. 1
C. 10
D. 20
