Answer:
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⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️⚠☠⚠️Step-by-step explanation:
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Answer:Solve the trigonometric equation by isolating the function and then taking the inverse. Use the period to find the full set of all solutions.
x
=
2
π
3
+
π
n
, for any integer
n
Step-by-step explanation:
<span>Ok so consider 100 divided by 11. remainder here is 1. Now consider the remainder when 100×100 is divided by 11. consider that you have one hundred hundreds, and each of them have a remainder of 1 when divided by 11. So, go through each of your hundred hundreds and divide it by 11, leaving remainder 1. Then collect up your remainders into a single hundred, and divide it by 11, leaving a remainder of 1. This process can be extended to dividing 100x100x100 by 11, and indeed, to dividing any power of 100 by 11.</span>
Answer:
(2x + 3)3
Step-by-step explanation:
Simplify: (2x+3)(3)
Answer: (2x + 3)3
<em><u>Hope this helps.</u></em>
19.) 98=t-18; 98+18=t; t=116;
20.) 12=g-56; 12+56=g; g=68;
22.) p-11=5; p=5+11; p=16;
23.) a-1.5=4.2; a=4.2+1.5; a=5.7;
