<span>∫(sinx cosx)^2dx = ∫(1/2sin 2x)^2 dx = 1/4∫sin^2 2x dx = 1/4∫1/2(1 - cos 4x)dx = 1/8∫(1 - cos 4x) dx = 1/8[x - sin 4x / 4] + c = 1/32(4x - sin 4x) + c
</span>
Answer :
<h3>
<u>
=1048576 ways </u>
a student can answer the questions on the test if the student answers every question.</h3>
Step-by-step explanation:
Given that a multiple-choice test contains 10 questions and there are 4 possible answers for each question.
∴ Answers=4 options for each question.
<h3>
To find how many ways a student can answer the given questions on the test if the student answers every question :</h3>
Solving this by product rule
Product rule :
<u>If one event can occur in m ways and a second event occur in n ways, the number of ways of two events can occur in sequence is then m.n</u>
From the given the event of choosing the answer of each question having 4 options is given by
The 1st event of picking the answer of the 1st question=4 ,
2nd event of picking the answer of the 2nd question=4 ,
3rd event of picking the answer of the 3rd question=4
,....,
10th event of picking the answer of the 10th question=4.
It can be written as by using the product rule
<h3>∴ there are 1048576 ways a student can answer the questions on the test if the student answers every question.</h3>
It’s answer C f of x will increase and will pass g of x. Also because f(x) is linear and g(x) is exponential.
No I do not agree with (2,-4) I believe the solution is (-4,2)
Answer:
http://www.ametys.ma/sites/default/files/webform/10_0.html
http://www.ametys.ma/sites/default/files/webform/zdfzxt.html
http://www.ametys.ma/sites/default/files/webform/srdst12.html
http://www.ametys.ma/sites/default/files/webform/13_0.html
http://www.ametys.ma/sites/default/files/webform/14_0.html
http://www.ametys.ma/sites/default/files/webform/06_0.html
Step-by-step explanation: