Answer:
3 hours and 20 minutes
Step-by-step explanation:
<h3>
Answer: C) 3</h3>
The rule we'll use is a^b*a^c = a^(b+c). So we add the exponents.
That means 5^n*5^3 = 5^(n+3)
So 5^n*5^3 = 5^6 turns into 5^(n+3) = 5^6
The bases are equal to 5, so the exponents be equal to one another.
n+3 = 6
n+3-3 = 6-3
n = 3
So 5^3*5^3 = 5^(3+3) = 5^6.
line and a point can be collinear.this statement is true about a line and a point
option A is correct
<span> we </span>define<span> a </span>point<span> as a location and no size
</span>A line<span> is </span><span>something that extends infinitely in either direction but has no width and is one dimensional while a plane extends infinitely in two dimensions. </span>point line<span> plane coplanar collinear.
</span>hope this helps
Answer:
(2x - 7)³ ≠ (2x)³- 7³
Step-by-step explanation:
(2x - 7)³= (2x)³- 7³
Use pascal's triangle to expand left side. Simplify all else.
(2x)³ + 3(2x)²(-7)¹ + 3(2x)¹(-7)² + (-7)³ = 8x³- 343
8x³ + 3(4x²)(-7) + 3(2x)(49) + (-7)³ = 8x³- 343
8x³ - 84x² + 294x - 343 = 8x³- 343
LS ≠ RS
Answer:
The 3rd option
Step-by-step explanation:
If we find X then this would become a Mult. problem