To find the rate, you need to divide the change of distance by the change of time
(1716-1236)/(18-8)
=480/10
=48
Therefore, his rate is 48m/s
Please add an attachment/photo.
Answer:
Step-by-step explanation:
kq2obidcwkno8gewchijkoxnqjszhuikmxkciuwhjdcnugvijrnibeuvnkfnvhudfuxjdguenohc7cbnivjuyrtbufcbuefjckebcjefcfb uhfvniuducghur 4rhef ebd ehfe fbeb 4jb g 4 g b4 h4 b th t fnt f ij gibgg rt g efvrvrt vf vfbg brvrfcdx crbrt dfcek bg fj44 3ij 4 g4grgb fdb fberhhyn uj myh fmkinb cio kjhtb jihg bvm nhbg vnmbujvy h hjhbvyg huygjng b
Answer: 1.5
Step-by-step explanation: The difference between the 2nd And 4th is 7. Divide by 2 to get 3.5. Add 3.5 to f(2) to getf(3)
The difference between f(1) and f(2) will be 3.5 and that's 5-3.5 =1.5
F(5) is 15.5 f(6) is 19
Answer:
D)The experimental probability is greater than the theoretical probability
Step-by-step explanation:
Given:
75 times a die is rolled out of 39 times it got 6
To Find :
Which statement is true?
Solution:
The theoretical probability is given by the ,
Pt=No.of favorable outcomes/Total outcomes
Here favorable is getting 6 on the die
so how many times we can get 6 =1 time
Total outcomes =6
Pt=1/6
Pt=0.1667
Now for
The experimental Probability ,
Pe=Number times that event occur /Total no of trails
Here 39 times we get 6 and total no trails are 75
Pe=39/75
Pe=0.52
Hence we can say that Pe>Pt.
