<span>If a polygon is regular, then it has congruent angles and congruent sides
hypothesis: If a polygon is regular conclusion: then it has congruent angles and congruent sides.
A conditional statement will have a false value if the hypothesis is true but the conclusion is false. In this case, the above conditional statement has a truth value of true.
Its converse statement also has a truth value of true. The converse statement is this: If it has congruent angles and congruent sides, then the polygon is regular.
Its inverse statement also has a truth value of true. The inverse statement is this: If the polygon is not regular, then it does not have a congruent angles and congruent sides.
Its contrapositive statement has a truth value of true. The contrapositive statement is this: If it does not have congruent angles and congruent sides, then the polygon is not regular.
I used this format: </span><span><span>Statement <span>If <span>p</span> , then <span>q</span>. </span></span><span>Converse <span>If <span>q</span> , then <span>p</span>. </span></span><span>Inverse <span>If not <span>p</span> , then not <span>q</span>. </span></span><span>Contrapositive <span>If not <span>q</span> , then not <span>p</span></span></span></span>
You have to set up a proportion 44 over 80 is equal to x over 100 (x is what we are trying to find - the percentage you have ridden). Then use cross products and multiply the 44 by 100 to get 4400 and divide that by 80 to get 55. So the answer is 55 so 55%.
55%.
Hope this helps! Can u plz mark me as brainliest? I really need it!
Answer:When you substitute 0 for the exponent x, the expression simplifies to a times 1, which is just a. This is because any number to the 0 power equals 1. Since the initial value is the value of the function for an input of 0, the initial value for any function of this form will always be the value of a
