The correct answer for this statement would be TRUE. Yes, it is true that a pair of obtuse angles can also be vertical angles, given the condition that, if you add them, but they cannot be vertical angles by themselves. Hope this answers your question.
Answer: 45 ft
Explanation:
Let
x = width of the pigpen
x + 15 = length of the pigpen (since the length is 15 ft longer than the width)
Since the pigpen is enclosed in a rectangle, the total length of the fence is equal to the perimeter of the pigpen. Moreover, since the farmer can't afford more than 150 ft of fencing, the total length of the fence is less than or equal to 150 ft. So, the perimeter of the pigpen is less than or equal to 150.
Since the pigpen is rectangular
Perimeter = 2[(length) + (width)]
= 2[(x + 15) + x]
= 2(2x + 15)
Perimeter = 4x +30 (1)
Since the perimeter is less than or equal to 150, using equation (1),
4x + 30 ≤ 150
4x + 30 - 30 ≤ 150 - 30
4x ≤ 120
x ≤ 30 (divide both sides by 4)
Hence,
length = x + 15 ≤ 30 + 15 = 45
So, the length cannot be more than 45 ft. Therefore, the greatest possible length is 45 ft.
Answer: 0.35714285714 or 0.3751428571
Step-by-step explanation:
is that a fraction or a division symbol
Your answer is (1,-3) up one left 3.
After using the slope formula your answer would be 5/0.1 but when simplifying your answer is 50