Given statement is that "The domain of a sequence can include decimals and irrational numbers."
Noow we have to decide if that statement is True or False.
We know that position of any term of any sequence is denoted like 1st tem, 2nd term, third term,... nth term.
In that situation we always use positive integers but not the decimal or irrational numbers.
So it is obvious that domain of tthe sequence can't include decimal and irrational but that should be positive integer.
Hence final answer is FALSE.
Answer:
1,250
Step-by-step explanation:
Interest= $ x % x time
1,250= 5,000 x 5% (converts to .05) x 5
:)
M∠LON=77 ∘ m, angle, L, O, N, equals, 77, degrees \qquad m \angle LOM = 9x + 44^\circm∠LOM=9x+44 ∘ m, angle, L, O, M, equals, 9,
timama [110]
Answer:
Step-by-step explanation:
Given
<LON = 77°
<LOM = (9x+44)°
<MON = (6x+3)°
The addition postulate is true for the given angles since tey have a common point O:
<LON = <LOM+<MON
Since we are not told what to find we can as well look for the value of x, <LOM and <MON
Substitute the given parameters and get x
77 = 9x+44+6x+3
77 = 15x+47
77-47 = 15x
30 = 15x
x = 30/15
x = 2
Get <LOM:
<LOM = 9x+44
<LOM = 9(2)+44
<LOM = 18+44
<LOM = 62°
Get <MON:
<MON = 6x+3
<MON = 6(2)+3
<MON = 12+3
<MON = 15°
2.438 to the nearest tenth is simply 2.4. The reason being is that the number to the right of the tenth is not 5 bigger than 5. 5 or more raise the score, 4 or less give it a rest.
(x,y) = (83/13,22/13)
x is 83/13
y is 22/13
