F(x) = g(x)
3(2) - 4 = (2)² - 2
6 - 4 = 4 - 2
2 = 2
I just substituted all the values in the domain to see which one would work. That's not really the quickest way but that's the only way I know
To find the perpendicular slope, we simply flip the fraction (aka reciprocal) and flip the sign (go from positive to negative, or vice versa)
So for problem 1a) we flip the fraction to go from 4/3 to 3/4. Then we flip the sign to go from +3/4 to -3/4. The final answer to problem 1a) is -3/4
The answer to problem 1b) is 7/3 following the same basic steps: -3/7 ---> -7/3 ---> 7/3
The answer to problem 1c) is -1/4. You can think of 4 as 4/1 which flips to 1/4 and it becomes -1/4
I'll let you try out the rest 1d and 1e. Tell me what you get so I can check your answers.
Answer: 37.92
Step-by-step explanation: We know that 3202 / 5 = 640.4.
We subtract that by 830 to get (830 - 640.4 =) 189.6. Then we do / by five again to get 37.92. That is the answer.
Answer:
462 sq in
Step-by-step explanation:
3((14 2/3)(10.5))
3(154)
462
Answer:
No, it cannot have angles that measure 95°, 67°, 105°, 95°, and 177°.
Step-by-step explanation:
S = (n-2) * 180
A pentagon has 5 sides, so substitute n for sides (n = 5)
s = 5-2) * 180 = 540°
95° + 67° + 105° + 95° + 177° = 539°
Hope that Helps!
