The sixth term of an arithmetic sequence is  6
<h3>How to find arithmetic sequence?</h3>
The sum of the first four terms of an arithmetic sequence is 10. 
The fifth term is 5.
Therefore,
sum of term = n / 2(2a + (n - 1)d)
where
- a = first term
- d = common difference
- n = number of terms
Therefore,
n = 4
10 = 4 / 2 (2a + 3d)
10 = 2(2a + 3d)
10 = 4a + 6d
4a + 6d = 10
a + 4d = 5
4a + 6d = 10
4a + 16d = 20
10d = 10
d = 1
a + 4(1) = 5
a = 1
Therefore,
6th term = a + 5d
6th term = 1 + 5(1)
6th term = 6
 
learn more on sequence here: brainly.com/question/24128922
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Plot each point on a graph , then count how many you need to go up and then over in this case it is 8 over 1 then calculate the y int so y= 8x -25
        
             
        
        
        
First do 43 - 30= $13 for two hats
so for one hat you do 13 divided by 2 which equals= <u>$6.50</u> for one hat
then you do 30 - 13= $17 for two pairs of gloves
so for one pair of gloves you do 17 divided by 2=<u> $8.50</u> for one pair of gloves
        
             
        
        
        
Answer:  See Below
<u>Step-by-step explanation:</u>
NOTE: You need the Unit Circle to answer these (attached)
5) cos (t) = 1
Where on the Unit Circle does cos = 1?
Answer: at 0π (0°) and all rotations of 2π (360°)
In radians:     t = 0π + 2πn
In degrees:   t = 0° + 360n
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Where on the Unit Circle does    
 
<em>Hint: sin is only positive in Quadrants I and II</em>


In degrees:    t = 30° + 360n  and  150° + 360n
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Where on the Unit Circle does    
<em>Hint: sin and cos are only opposite signs in Quadrants II and IV</em>


In degrees:    t = 120° + 360n  and  300° + 360n