<u>Answer:</u>
- The fraction '6/3' is an improper fraction
<u>Explanation:</u>
There are 3 types of fractions
- Improper fraction
- Mixed fraction
- Proper fraction
<u>The fraction '6/3' is an improper fraction</u><u> because its numerator is larger than the denominator.</u> If we were looking at 2/3, that fraction would've been classified as a proper fraction because its numerator is smaller than the denominator. <u>An interesting fact is that an improper fraction can be converted to a mixed fraction, even if it is a whole number.</u> 6/3 can be written as 1 3/3, which is 6/3. To convert mixed fraction to improper fraction, simply multiply the denominator and add the numerator.
Hoped this helped.
(x , y → (x - 5, y - 3)
the coordinates of S(1 , 5),T(1,1), U(4, 1)
the coordinates of the image are S'( - 4, 2), T'( - 4, - 2), U'( - 1 , - 2)
consider the difference in the x- coordinates of the original to the image
1 → - 4 = - 5, 1 → - 4 = - 5, 4 → - 1 = - 5
so the x- coordinate rule is x - 5
now consider the difference in the y- coordinates of the original to the image.
5 → 2 = - 3, 1 → - 2 = - 3, 1 → - 2 = -3
so the y- coordinate rule is y - 3
hence (x, y) → (x - 5, y - 3)
Answer:
True
Explanation:
First of all its necessary remember that a linear system is a compound of multiple equations that involve variables.
<h2>Existence:</h2>
Depending on the number of equations and the number of variables, you could determine if the linear system has a solution or not. There are 3 possibilities:
- If the linear system has more equations than variables could exist infinite answers.
- If the linear system has more variables than equations, it is considered an undetermined system and you neer more information to solve it.
- If the linear system has the same number of equations and variables, the system is consistent and has at least one solution.
<h2>
Uniqueness:</h2>
If possibility 3 is presented, it becomes necessary know if its the only one solution or exists more than one solution.
Rgds.
Remove parentheses : (a) = a
Apply exponent rule :
Apply exponent rule:
hope this helps!.
Answer:
that's as simple as it gets
Step-by-step explanation:
"Simplify" usually means "combine like terms, rationalize the denominator, reduce radicals to the greatest extent, cancel common factors from fractions, eliminate parentheses," and the like.
When a function of a single variable is multiplied by a single constant, there is no simplification that can be done.
18cos(Ф)
_____
If your ∅ is supposed to be zero, then cos(0) = 1 and it simplifies to 18.
