Answer: The answer in simplest form is 
Step-by-step explanation:
In Wyatt's method I observed the mixed fraction was converted to simple fraction in the second step.
Therefore Wyatt's solution will be:
Distributive property was used in Abigail's method.
The solution would be:
Note: Complete question is contained in the image
<span>So you have to break it down by steps. For the first one19= h over 3-8. First what's 19+8, which is 27. So if you forget the minus 8 part, the answe has to equal 27. 27 x 3 is 81. So if we plug the numbers in, 19= 81/3 -8 makes sense. For the second one, 5t+8= 43. 43- 8 is 35. What times 5 is 35, that's 7. So plug it in, 5x7 +8 = 43.
Hope it makes sense now!!</span>
To solve this, you need to know three exponent rules:1) Power of a productBasically says
. This means a product raised to a power is the same as taking each factor to that power and multiplying them.
For example:
2) Product of powersBasically says
. When two expressions with the same base (a) are multiplied, you can add their exponents while keeping the same base.
For example:
3) Power of a powerBasically says
. When an exponent is being raised to a exponent, you can multiply the exponents.
For example:
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Back to your problem:
You are asked to simplify
, Tackle it by simplifying both factors and then multiplying them together and simplifying again.
1) First use the power of a product rule to change
into
. Simplify it into
using the power of a power rule.
2) Simplify
into
using the power of a power rule.
3) Multiply the simplified factors from part one and two and simplify using the product of powers rule:
---
Answer: 
The first rule you need to know is
So, you have
The second rule you need to know is
So, you have
