Answer:
Two
Explanation:
The solution of a system of equations is defined as the values which satisfies both equations.
Graphically, the solutions are represented by the points of intersection between the two equtaions.
In the given graph, we have a circle and a line, we can note that these two intersect in two points.
This means that the system has two solutions
Hope this helps :)
You are given a fraction in simplest form. The possible denominators are 3, 6, 7, 9
<u>Solution:</u>
Given that, You are given a fraction in simplest form.
The numerator is not zero. When you write the fraction as a decimal, it is a repeating decimal.
We have to find which numbers from 1 to 10 could be the denominator
Now, let us check each number by considering the numerator as 1
Then,
⇒ non repeating
⇒ non repeating
⇒ repeating
⇒ non repeating
⇒ non repeating
⇒ repeating
⇒ repeating
⇒ non repeating
⇒ repeating
⇒ non repeating
If we want to test with any other numerator. Suppose 5, then numerator is 5 x 1, which means 5 divided by denominator equals with 5 x 1 divided by denominator. So its again product of the numerator we want and above values, then, non repeating stays non repeating and repeating stays repeating.
Hence, the possible denominators are 3, 6, 7, 9
Answer:
Step-by-step explanation:
If the input is 2 and the output is 6, then f(x) = 3IxI
Answer:
i believe she spent $4.482 on clementines
Answer:
$0.25
Step-by-step explanation:
You can use systems of equations to solve this.
3a+2p = 1.25
5a+p = 1.5
Multiply the second equation by 2.
3a+2p = 1.25
10a+2p = 3
Subtract the bottom from the top
-7a= -1.75
Divide by -7
a= 0.25
Each apple is $0.25 (in this case, the peach also costs $0.25)