Since 7= 21/3 and you are subtracting 8/3, you subtract 8 from 21. That gives you 13/3 or 4 1/3 depending on how you look at it.
Answer:
Step-by-step explanation:
A linear relationship between two quantities will produce a graph of a straight line. The line represents every possible solution for the range of the function. In order to create the line, we use the function equation and evaluate the range, or output, values based upon several of the domain, or input, values.
Answer:
The distance cover by Mai's bike is 2 time the distance cover by Noah's bike
Step-by-step explanation:
Given as :
The distance cover by Mai's bike = 
= 7 
miles
I.e = 
miles
Or, = 
miles
The distance cover by Noah's bike = 
= 3 
miles
I.e = 
miles
Or, = 
miles
let the number of times that Noah's bike ride was Mai's bike ride = n
So, The distance cover by Mai's bike = n × The distance cover by Noah's bike
Or, 
= n ×
Or, miles = n × miles
Or, n = 
∴ n = 
I.e n = 2
Hence The distance cover by Mai's bike is 2 time the distance cover by Noah's bike . Answer
3.5 x 1.5 = 5.25 miles
(time x mph)
a) 5.25 miles
b) 3.28 meters
(5.25 ÷ 1.6)
Answer:
a(66) = -10 + 17(65) = 1095
Step-by-step explanation:
We know that this is an arithmetic sequence. Subtracting -10 from 7 results in 17; subtracting 7 from 24 also results in 17. Thus, the common difference, d, is 17. The first term is -10.
The general form of an arithmetic sequence is a(n) = a(1) + d(n - 1).
Substituting -10 for a(1) and 17 for d, we get:
a(n) = -10 + 17(n - 1)
Now let n = 66: a(66) = -10 + 17(66 - 1), or a(66) = -10 + 17(65) = 1095
