A statement the can be proven is called a(n)

Which of the following statements are not negated at all?

You know m<A=m<b and m<b=m<C. Which of the following properties are used to reach the conclusion m<A=m<C?

Describe the pattern in the numbers -20480  -5120  -1280     -320

Write the next number in the sequence: -20480  -5120     -1280  -320

Find a counterexample to disprove the conjecture: If the quotient of two numbers is positive, then the two numbers must both be positive.

Choose the best if-then form of the sentence "An angle whose measure is 34 degrees is an acute angle."

Choose the best converse of the sentence "An angle whose measure is 34 degrees is an acute angle."

Choose the best inverse of the sentence "An angle whose measure is 34 degrees is an acute angle."

Choose the best contrapositive of the sentence "An angle whose measure is 34 degrees is an acute angle."

Is this a valid definition? If the sum of the measures of two angles is 90 degrees, then the angles are complementary?

If possible, write the biconditional of the following statement: "If the interior angles of a polygon are congruent, then the polygon is equiangular."

Use the law of detachment to make a valid conclusion: If an angle is a right angle, then the angle measures 90 degrees. <B is a right angle."

Use the law of syllogism to write the statement that follows from the pair of true statements "If x=3, then 2x=6. If 4x=12, then x=3."

Name the property illustrated by the statement. If <DEF is congruent to <JKL, then <JKL is congruent to <DEF.

Name the property illustrated by the statement. <C is congruent to <C.

Name the property illustrated by the statement. If MN=PQ and PQ=RS, then MN=RS.

Are you going to crush this test?