State three other coordinates (within one rotation) for the polar point (4, -2pi/3)
1 answer:
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Answer:
Step-by-step explanation:
To simplify recall exponent rules:
1. An exponent is only a short cut for multiplication. It simplifies how we write the expression.
2. When we multiply terms with the same bases, we add exponents.
3. When we divide terms with the same bases, we subtract exponents.
4. When we have a base to the exponent of 0, it is 1.
5. A negative exponent creates a fraction.
6. When we raise an exponent to an exponent, we multiply exponents.
7. When we have exponents with parenthesis, we apply it to everything in the parenthesis.
We will use these rules to simplify.
Use rule #3 to simplify inside the parenthesis first.
Now simplify the exponent of 4 using rule 6.
The three equivalent fractions for are,
and
.
Equivalent fractions are the fractions that have different numerators and denominators but are equal to the same value. For example, and
are equivalent fractions, because they both are equal to the
. A fraction is a part of a whole. Equivalent fractions represent the same portion of the whole.
Given that:
Therefore, The three equivalent fractions for are,
and
.
Learn more about equivalent fractions here:
Answer:
Step-by-step explanation:
I'm not sure if you had a typographical error with this statement, "5 to the fourth power, over 25 = 52."
According to the <u>Quotient Rule of Exponents</u><u>:</u>
Method 1:
In order for you apply the Quotient Rule, the base must be the same. Since 5 is a factor of 25, then you could rewrite 25 as 5². Doing so will give you the following exponential expression:
Method 2:
Even if you solve the given problem manually, you'd still get the same answer:
Both methods produced the same result, proving that the correct answer is 25.
Please mark my answer as the Brainliest, if you find this helpful :)