Answer:
`49 MPH
Step-by-step explanation:
If it took them 15 hours to go 735 miles, and you are trying to find the average rate, then divide the miles by the time (in hours), so for this specific problem, it would be 735 divided by 15 hours, and you will find the answer as 49. (MPH)
Answer:

mathematicallly error sentence!
The equation that can be used to find the number of emergency kits that Lexi packs is 4x=120.
Given that Lexi packs 4 water bottles into each kit and total 120 water bottles are packed by Lexi.
We are required to find the equation which can be used to find the number of emergency kits that Lexi packs.
Equation is like a relationship between two or more variables that are expressed in equal to form.Equation of two variables look like ax+by=c. It may be linear equation,quadratic equation, cubic equation and many more depending on the power of the variable that is present in that equation.
let the number of emergency kits that Lessi packs be x.
The equation which will shows the total number of bottles be:
=(Number of bottles in 1 kit)*x
Equation will be:
4x=120
Hence the equation that can be used to find the number of emergency kits that Lexi packs is 4x=120.
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Find out how much for 1, by dividing $1.50 by 3
$1.50 for 3
$0.50 for 1
Then find out how much for 12, by multiplying the value of 1 by 12
$0.50 x 12 = $6
The answer is $6.00
Answer:
See below
Step-by-step explanation:
<u>Recursive Formula for Arithmetic Sequences</u>
- <u />

represents the nth term
represents the preceding term
represents the common difference
<u>Explicit Formula for Arithmetic Sequences</u>
- <u />

represents the nth term
represents the 1st term
represents the common difference
<u>Ernest's Schedule Recursive Formula</u>
We can see that the common difference is
because for each week, Ernest swims 0.25 more kilometers than the preceding one. Therefore, the recursive formula for Ernest is 
<u>Ernest's Schedule Explicit Formula</u>
Given our common difference
from earlier and the fact that
is our first term, the explicit formula for Ernest is 
<u />
<u>Denise's Schedule Recursive Formula</u>
We can see that the common difference is
because for each week, Denise swims 0.5 more kilometers than the preceding one. Therefore, the recursive formula for Denise is 
<u>Denise's Schedule Explicit Formula</u>
Given our common difference
from earlier and the fact that
is our first term, the explicit formula for Denise is 