I assumed you meant "What is 300 <em>to </em>the power of two," or 300².
We can think of exponents as repeated multiplication in the same way as we think of multiplication as repeated addition: Just as 300 · 2 means 300 + 300, 300² means 300 · 300.
When we work this out, we find that 300² = 300 · 300 = 90,000
Answer:
-663
Step-by-step explanation:
The nth term of an arithmetic sequence is:
aₙ = a₁ + d (n − 1)
The first term is -14, and the common difference is -11. So the nth term is:
aₙ = -14 + (-11) (n − 1)
So the 60th term is:
a₆₀ = -14 + (-11) (60 − 1)
a₆₀ = -663
(-3, 0) is a solution to given equation
(-6, -1) is a solution to given equation
<em><u>Solution:</u></em>
<em><u>Given that equation is:</u></em>
<h3><em><u>
Option 1</u></em></h3>
(-3, 0)
Substitute x = -3 and y = 0 in given equation
Thus (-3, 0) is a solution to given equation
<h3><em><u>
Option 2</u></em></h3>
(-9, -1)
Substitute x = -9 and y = -1 in given equation
Thus (-9, -1) is not a solution to given equation
<h3><em><u>
Option 3</u></em></h3>
(-6, -1)
Substitute x = -6 and y = -1 in given equation
Thus (-6, -1) is a solution to given equation
The answer to this will be 33/100.
It
is given that ∠B ≅ ∠C. Assume AB and AC are not congruent. If AB >
AC, then m∠C > m∠B by <span><span>the triangle parts relationship theorem</span>. If AC > AB, then m∠B > m∠C for
the same reason.
However, using the given statement and the definition
of congruency, we know that m∠B = m∠C.
Therefore, AB = AC and AB ≅ AC.</span>