Then 1 white, then 3 blue then 1 white
Answer:
a) distance covered by hare d1 = 8t
b) distance covered by tortoise d2 = 5t + 550
c) ∆d = 550 - 3t
Step-by-step explanation:
Given;
Speed of hare u = 8m/s
Speed of tortoise v = 5 m/s
Initial distance of tortoise d0 = 550 m
a) using the equation of motion;
distance covered = speed × time + initial distance
d = vt + d0
For hare;
d0 = 0
Substituting the values;
d1 = 8t + 0
d1 = 8t
b)using the equation of motion;
distance covered = speed × time + initial distance
d2 = vt + d0
For tortoise;
d0 = 550m
Substituting the values;
d2 = 5t + 550
d2 = 5t + 550 m
c) the number of meters the tortoise is ahead of the hare.
∆d = distance covered by tortoise - distance covered by hare
∆d = d2 - d1
Substituting the values;
∆d = (5t + 550) - 8t
∆d = 550 - 3t
Answer:
what kinda... what do they give yall these days but anyways,
Step-by-step explanation:
Divide each term by
23 and simplify.
Exact Form:
d=109/23
Decimal Form:
d=4.73913043
um…
Mixed Number Form:
d=4 17/23
The lengths, in centimeters, of nine earthworms are shown below. 3, 4, 5, 5, 6, 7, 8, 9, 10 What is the median of the data?
mel-nik [20]
The median of the problem is 6 because it is in the middle of the number set of the earthworm sizes.
Answer:

The inverse function is to calculate the number of rides; given the amount paid
Step-by-step explanation:
Given

per ride
Required
Explain the inverse function
First, we calculate the function
Let x represents the number of rides
So:



For the inverse function, we have:

Swap x and y

Make 3y the subject

Make y the subject

Replace y with the inverse function

The above is to calculate the number of rides; given the amount paid