The number of black tokens in the bag. 8 green tokens; 4 for every 1 is 2 tokens
<h3>How to find the number of black tokens?</h3>
The number of green tokens in the bag and the ratio of green tokens to black tokens
We learn from the question that there are 8 green tokens in the bag, along with black tokens, in a container that also includes other tokens.
The ratio of green tokens to black tokens, according to what is further disclosed, is four to one.
The number of black tokens in the bag will be: since the black tokens are 4 and the green tokens are 4,
= 8/4
+ 2 tokens
The number of black tokens in the bag. 8 green tokens; 4 for every 1 is 2 tokens
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Answer:
292° 24' 36"
Step-by-step explanation:
d = int(292.41°) = 292°
m = int((292.41° - 292°) × 60) = 24'
s = (292.41° - 292° - 24'/60) × 3600 = 36"
292.41°
= 292° 24' 36"
I’m can’t freakin stay up I need to sleep and I need to get 4 papers done for my portfolio I can’t help but I wish you luck
Answer:
0.3056 or 30.56%
Step-by-step explanation:
The volume of the grapefruit with the peel is:

When removing the peel, the grapefruit diameter becomes 10 cm (take out 1 cm of peel from each side). The volume of the grapefruit without the peel is:

The percentage of the volume correspondent to the peel is given by the difference between both volumes, divided by the total volume:
30.56% of volume of the grapefruit is the peel.