Using mathematical operations, we know that 76 is not a reasonable answer and 174 songs in actuality can be downloaded.
So, the number of songs Coleton can download more are:
More songs that can be downloaded:
So, 174 more songs can be downloaded.
Therefore, using mathematical operations, we know that 76 is not a reasonable answer and 174 songs in actuality can be downloaded.
Know more about mathematical operations here:
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Answer:
No 76 is not a reasonable answer. 174 is a reasonable answer.
Step-by-step explanation:
76×4=304
304+304=608
375×4=1500
174×4=696
696×4=2784
a. 39
b. 17
c. 1
d. 18
Answer:
Solution: 17 > 1
Step-by-step explanation:
First of all, let's make a review of Greater and Lower Than symbols
a < b means that a is lower than b.
a > b means that a is grater than b.
Notice that vertex of < sign always points to the smallest number.
Using our own words, the expression 17 > ? means that 17 is greater than an unknown number ?.
We are going to test each of the options to find the one that satisfies that 17 is greater than the tested number.
17 > 39 means that 17 is greater than 39. This is False since 39 is greater than 17.
17 > 17 means that 17 is greater than 17. This is False since 17 equal to 17.
17 > 1 means that 17 is greater than 1. This is True since 17 is greater than 1.
17 > 18 means that 17 is greater than 18. This is False since 18 is greater than 17.
Answer:
D. 2v + 4 = 8
B.) s > 0, V(s) < 0
C.) s < 0, V(s) > 0
D.) s > 0, V(s) > 0
Answer:
Option D. ,
Step-by-step explanation:
we know that
The volume of a cube is equal to
where
s is the side length of the cube
Remember that
The side length of the cube cannot be a negative number
so
The domain is all real numbers greater than zero
The volume of the cube cannot be a negative number
so
The Range is all real numbers greater than zero
Answer: The range is the output of our data, in standard notation represented as (x,y) where x is the input and y the output.
So the values of x are the domain, and the values of y are the range.
The set you give is : {(3.2, –3), (7.6, 5.9), (1.4, –3), (–9.1, 8.3)}
You can see that the range is : {-3, 5.9, 8.3}
Notice that in the set, the point y = -3 appears two times (in different pairs), but in the range only one, because you cant repeat the same value in one set.
Not a function.
It's conic section parabola. It's just a relation.