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Q: What is y to the 8th power as an product in four different was with only positive exponents?

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to find a power of a product you add the exponents

Rules for exponents to multiply powers, add the exponents to divide powers, subtract the exponents to find a power of a power, multiply the exponents to find a power of a quotient, apply the power top and bottom to find a power pf a product, apply the exponent to each factor in the product x0 = 1 anything to the power zero equals one x-a = 1/xa a negative exponent means "one over" the positive exponent

Power.

35

When a base is raised to a power inside a quantity , multiply the two exponents to solve.

Two to the eighth power (you add exponents to multiply).

You multiply the exponents.

Negative exponents are the reciprocal of the base to the positive exponent.1/5 is the answer.

The numbers called that are used in exponents can be called as a power of a number. The power or exponent can be positive , negative , zero .

All the powers and exponents of 1 are 1.The powers and exponents of any of the other numbers up to 10 are equivalent to the all the positive numbers - rational and irrational.

a power of a product is when you are adding the exponents EX: 4 to the 3rd power times 4 to the sixth power -you can just add them so 6 + 3 = 9 Answer: 4 to the ninth power

4 to the 2nd power in exponents is 42

6

As a product of its prime factors in exponents: 23*32 = 72

Using the symbol "^" for power: a^(-b) = 1 / (a^b) and: a^b = 1 / (a^(-b)) In words: raising a number to a negative power is the reciprocal of the same number, raised to the corresponding positive power (the additive inverse).

When multiplying numbers with the same base and different or same exponents, the product is the base to the power of the sum of the exponents of the multiplicands. Examples: 52 x 57 x 510 = 519 n x n4 = n5 75 ÷ 72 = 75 x 7-2 = 73 22 x √2 = 22 x 20.5 = 22.5

Exponents are used in many different contexts and for different, though related, reasons. Exponents are used in scientific notation to represent very large and very small numbers. The main purpose it to strip the number of unnecessary detail and to reduce the risk of errors. Exponents are used in algebra and calculus to deal with exponential or power functions. Many laws in physics, for example, involve powers (positive, negative or fractional) of basic measures. Calculations based on these laws are simper if exponents are used.

Any number, positive or negative, raised to an even-numbered power, returns a positive number.

A positive integral power.

Multiply them.

I can think of two: - To multiply powers with the same base, add the exponents: (a^b)(a^c) = a^(b+c). - To find a power of a product, apply the exponent to each factor in the product: (ab)^c = (a^c)(b^c).

Fractional exponents follow the same rules as integral exponents. Integral exponents are numbers raised to an integer power.

The rule is that you multiply the exponents. So if I have 2 squared and I want to raise it to the third power, you multiply the 2x3=6. When you multiply powers you add the exponents. When you raise exponents to a power you multiply. This works for rational exponents which can be used to represent roots as well.

If you're multiplying numbers with exponents, add the exponents. 32 x 33 = 35 If you're raising exponents to a power, multiply the exponents. 3 squared to the third power = 36

You reverse the sign of the power and multiply by adding exponents. Example 10 to the 7 divided by 10 to the negative 6 = 10 to the 13