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It is dependant on the value of n.
if n=1
Then 5+n will be greater than 5n

if n= 2 or above

5n will be greater

# data[].attributes.body
It depends on the value of n.

If n=2:
5n > 5+n

However if n=1:
5n < 5+n

Actually, if n > 1.25 then 5n > 5+n. If n < 1.25, then 5n < 5+n.

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It all depends on "n".
This is because n could be a decimal or a whole number.
For example n = 0.1.
5 x 0.1 = 0.5
While
5 + 0.1 = 5.1
This means that 5 + n is larger.
However, we say n = 3.
5 x 3 = 15
While
5 + 3 = 8
In this situation 5n is the larger one so it would all depend on "n".

# data[].attributes.body
The answer varies across the different values of n.

If n = 1,
5n = 5 x n
= 5 x 1
= 5
5 + n = 5 + 1
= 6
∴ 5 + n > 5n

However,
If n = 2,
5n = 5 x n
= 5 x 2
= 10
5 + n = 5 + 2
= 7
∴ 5n > 5 + n

# data[].attributes.body
It is dependant on the variable "n"
For example we say that n=2, this means that 5n = 5x2
= 10
and 5+n = 5+2
= 7
In this situation 5n is larger, but we could also say that n=1, this means that 4n = 5x1
= 5
and 5+n = 5+1
= 6
In this situation 5+n was larger. Therefore, the answer to which expression is larger is dependent on the value of n.

# data[].attributes.body
It depends on the value of n.
If n=0, then
5n=0 and 5+n=5
Thus, 5+n is bigger than 5n.

If n=1, then
5n=5 and 5+n=6
Thus, 5+n is still bigger than 5n.

But if n= a number 2 and above
For example, n=13
5n=65 and 5+n=18
This time, 5n is bigger than 5+n.

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Change of answer
We cannot tell whether 5n is larger then 5+n because we do not know the value of n
For example :
Let us assume the value of n is 1.
So 5n is equal to 1 times 5 which is equal to 5.
Then 5+n is equal to 6 assuming that n is equal to 1.
In conclusion, in this scenario 5+n is greater than 5n. Therefore, we cannot tell which one is larger without knowing the value of n.

# data[].attributes.body
Which one is greater depends on the value of n.
If n is 1, 0, or a negative number,  5+n would be larger than 5n.
For example, if n is -3
5+n and 5n would be
5+(-3) and 5(-3) and you would get
2 > -15.
If n is 2 or larger,
5n would be larger than 5+n.
For example, if n is 3
5+n and 5n would be
5+3 and 5(3) and you would get
8 < 15.

# data[].attributes.body
5n = 5 x n (multiplication)
5+n = 5 + n (addition)
So 5n is larger than 5+n because the product of two numbers would be larger than the sum of the same two numbers.
Example:
4 x 5 = 20
4 + 5 = 9

# data[].attributes.body
It depends on the value of n.

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For example, if n=1, then 5+n is larger. However, if n=2, then 5n is larger. Therefore, it depends on the value of n.

# data[].attributes.body
The answer all depends on what 'n' is as different numbers will give different results as shown. However, it can also be a negative integer.

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It depends on the value of n.
Example:
if n is equal to negative 5,
5 + (-5) = 0
5 x (-5) = -25
so in this case, 5 + n is bigger than 5n
Example 2:
if n is equal to 5,
5 + 5 = 10
5 (5) =25
so in this case, 5n is bigger than
5 + n.
In both cases the results were different.
The value that is the turning point is 1.
if n = 1 , n + 5 is bigger.
if n > 1, then n x 5 is bigger

# data[].attributes.body
Assuming n= 10
5 x 10 is 50
however 10 + 5 = 15
so 5n is larger

# data[].attributes.body
5n = 5 times n
5 + n = 5  + n
Hence, 5n is larger

# data[].attributes.body
This is dependant on the variable "n"

# data[].attributes.body
It depends on the value of n.

# data[].attributes.body
If n > 1, 5n is larger than 5 +n
If n <= 1, 5 + n is larger than 5n

# data[].attributes.body
it depends on what n is

because if n = 5, 5n would be bigger as 5x5=25, while 5+5=10

but if n=-1, 5n would be lesser as 5x(-1)=-5 while 5+(-1)=4

Thus it depends on what value n is

# data[].attributes.body
if n=1,
5n=5
5+n=6
but
if n =2
5n=10
5+n=7
so it depends

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5n
This is because 5n is 5 x N, and N can be any number so 5n is 5 x that number but 5 + N is just the constant 5 pus that 5

# data[].attributes.body
5n is larger

# data[].attributes.body
5n is Larger

Explanation:
5n means 5 times n (5 x n)
Whereas:
5+n means 5 plus n
No matter what number n is, 5n will always bigger as n is multiplied by 5 times whereas for 5+n, 5 is added to n

# data[].attributes.body
5n is larger in most cases because 5xn is obviously larger than 5+n unless n=0

# data[].attributes.body
Depends. If n=1 or 0, 5+n is larger.
5n would be 5 if n=1 and 5+n would be 6, if n=0, 5n is 0 and 5+n is 5

If n is 2 or more, 5n is larger

# data[].attributes.body
5n is 5 times n. 5+n is five being added to n.
Which means that if n=2,
then 5xn=10,while 5+n=7, thus 5n is larger than 5+n,with the exception of n=1, because 5+n=7 while 5n=5

# data[].attributes.body
5n
5n is 5 times n
but 5+n is n5+n

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Explain how you arrive at your answer. You are strongly encouraged to provide examples to support your answer.