4 + 8 ln(x) = 2
8 ln(x) =
by exponentiating both sides.
x =
the six trigonometric functions
of theta= 4pi
Step-by-step explanation:
We have,
To write the six trigonometric functions = ?
∴ The six trigonometric functions, , ,, , and .
Identify the reference angle, θ.
θ =
°
Answer:
The reference angle will be
Step-by-step explanation:
To solve for , the reference angle can be obtained as follows:
=
= (Because )
Thus, the above equation can be written as:
=
=
Hence, the reference angle will be
i. A U B
ii. A - B
Answer:
Hope it helped u
Step-by-step explanation:
Answer:
Bethlehem has temperatures ranging from 33.8 Fahrenheit to 55.4 Fahrenheit.
Step-by-step explanation:
Hope you got it.
B.) (4, 5)
C.) (0, 1)
D.) (–2, –1)
The integers (4, 5) do not have real zero.
Knowing what zeros represent can assist us in determining when and how to locate the zeros of functions given their expressions and a function's graph. The value of x when the function itself reaches zero is typically referred to as a function's zero.
A function's zero can take many different forms, but as long as they have a y-value of zero, we will consider them to be the function's zero.
Given Expression
f(x) = x³ + 9x² + 8x - 5
to find which is not a real zero,
condition of real zero is for any function f(a , b) if f(a).f(b) < 0 the function have at least a zero.
1: (-8, -7)
f(-8).f(-7) = [(-8)³ + 9(-8)² + 8(-8) - 5][(-7³) + 9(-7)² + 8(-7) - 5]
f(-8).f(-7) = (-5)(37)
f(-8).f(-7) = -185 < 0 points have at least a zero
2: (4, 5)
f(4).f(5) = [(4)³ + 9(4)² + 8(4) - 5][(5³) + 9(5)² + 8(5) - 5]
f(4).f(5) = 235 x 385
f(4).f(5) = 94,475 > 0
points do not have any zeros
3: (0, 1)
f(0).f(1) = [(0)³ + 9(0)² + 8(0) - 5][(1³) + 9(1)² + 8(1) - 5]
f(0).f(1) = -5 x 13
f(0).f(1) = -65 < 0
points have a zero
4: (–2, –1)
f(-2).f(-1) = [(-2)³ + 9(-2)² + 8(-2) - 5][(-1³) + 9(-1)² + 8(-1) - 5]
f(-2).f(-1) = 7 x (-5)
f(-2).f(-1) = -35 < 0
points have a zero
Hence only point (4, 5) do not have a zero.
Learn more about zero of a function;
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Answer:
Option B (4,5)
Step-by-step explanation: