Answer:
the arc length is 555.17 cm
Step-by-step explanation:
The equation to solve for the arc length is: s = rΘ, where r represents the radios and the Θ represents radians. In order to solve this you need to convert degrees into radians with the formula: radians = degrees ·
You want to find the distance the golf club travels when the golfer swings the club.
First you need to subtract 25° from 360°
360° - 25° = 335°
now you need to convert 335° into radians
radians = degrees ·
radians = 335° · you multiply 335° by
radians = 335/180 then you simplify
radians = 67/36
335° = 67
/36
Now we plug everything we know into the equation s = rΘ
s = rΘ
s = 95 (67/36) first multiply 67 by 3.14
s = 95 (210.38/36) divide 210.38 by 36
s = 95 (5.843888889) and multiply 95 by 5.843888889
s = 555.1694444 *remember to simplify to the nearest hundredth
s = 555.17 cm
hope this helps! if u have any questions, let me know!
I think the answer is texc=?/tex
Let the number of cards Aaron has : A
Given :
⊕ Bonny has twice as many cards as Aaron
⊕ Connor has 6 cards more than Bonny
⊕ Total cards : 101
⇒ Number of cards Bonny has : 2A
⇒ Number of cards Connor has : 2A + 6
⇒ Aaron cards + Bonny cards + Connor cards = 101
⇒ A + 2A + 2A + 6 = 101
⇒ 5A = 101 - 6
⇒ 5A = 95
⇒ A = 19
<u>Answer</u> : Aaron has 19 Cards
Answer:
6
Step-by-step explanation:
Answer:
A)
Supplier
Component 1 2 3
1 125 900
2 525 300
B) Cost Table
1 2 3 Total
Component 1 1625 9000 10625
Component 2 7875 3600 11475
Total cost 7875 5225 9000 22100
Step-by-step explanation:
Table 1:
Supplier
Component 1 2 3
1 $12 $13 $10
2 $15 $12 $10
Table 2:
Supplier 1 2 3
Capacity 525 975 900
Now we are supposed to find production plan for the next period includes 1025 units of component 1 and 825 units of component 2
So,
Supplier
Component 1 2 3
1 125 900
2 525 300
Cost Table :
1 2 3
Component 1 
Component 2 
Cost Table
1 2 3 Total
Component 1 1625 9000 10625
Component 2 7875 3600 11475
Total cost 7875 5225 9000 22100
