Answer:
true!
Step-by-step explanation:
this is more of a statement then a question.
If a tablet weighs 1.23 pounds, the weight written as a mixed number would be, 1 as the whole number and 23 is in the hundreds place, so you would write, 1 and 23/100.
Negative exponents work like this:

So, in order to evaluate a negative exponent, you simply have to invert the base, and then raise to the positive equivalent of the exponent.
As an example, here are the first three exercises:



You can work out the rest applying this logic.
apple pies are like rectangles u take how many apple chunks times the amount of cooking times but u have no answer