• Corresponding Angles Theorem
• Corresponding Angles Converse Theorem
• Same-Side Interior Angles Theorem
• Same-Side Interior Angles Converse Theorem
• Alternate Interior Angles Theorem
• Alternate Interior Angles Converse Theorem
• Same-Side Exterior Angles Theorem
• Same-Side Exterior Angles Converse Theorem
• Alternate Exterior Angles Theorem
• Alternate Exterior Angles Converse Theorem
• Perpendicular/Parallel Line Theorem
Answer:
1a Alternate exterior angles theorem
1b Alternate interior angles theorem
1c Alternate interior angles converse theorem
1d Corresponding angles theorem
1e Same-side interior angles theorem
1f Same-side exterior angles theorem
1g Same-side interior angles converse theorem
Step-by-step explanation:
Look at the given angles and see what they are: interior, exterior, alternate, same side, etc.
If the lines are given as parallel, use the theorem.
If you show the lines are parallel, use the converse.
1a Alternate exterior angles theorem
1b Alternate interior angles theorem
1c Alternate interior angles converse theorem
1d Corresponding angles theorem
1e Same-side interior angles theorem
1f Same-side exterior angles theorem
1g Same-side interior angles converse theorem
Answer:
$89.7
Step-by-step explanation:
We are given with
height = 9 feet
length = 10 feet
wall brackets:
48-in costing $12.95
60-in costing $16.95
distance of brackets from ends = 1 foot
maximum distance between brackets= 24 inches
The brackets are
48/12 = 4 feet
and
60/12 = 5 feet
One of each must be used to cover the height of the shelf
The length of the shelf is
60 inch
subtracting 1 in from each side for the allowance
60 - 2 = 58 in
Dividing by 24 inches
58/24 = 2.41 ~ 3
The total cost is
($12.95 + $16.95) * 3 = $89.7
The total cost of the brackets is $89.7
Answer:
13 phone would be defective
Step-by-step explanation:
A. 9h² + 3h - 42
B. 9h² - 3h - 42
C. 9h² - 39 + 42
D. 9h²+ 39h + 42