# data[].attributes.headline
It wouldn't be 50/50, it would be 70% heads and 30% tails because when you flip, chances are it will be heads more in the long run.

# data[].attributes.subject
It wouldn't be 50/50, it would be 70% heads and 30% tails because when you flip, chances are it will be heads more in the long run.

# data[].attributes.body
The sample space in this situation does not represent the probability in this situation because there is a 70% chance of getting heads so that will change the probability drastically

# data[].attributes.body
<---- That

# data[].attributes.headline
Because it is not a 50/50 shot like a normal coin. It is instead a 70/30 and thus must be specified

# data[].attributes.subject
Because it is not a 50/50 shot like a normal coin. It is instead a 70/30 and thus must be specified

# data[].attributes.headline
It is not the same because the probabilities are different. Instead of 50/50 it is 70/30

# data[].attributes.subject
It is not the same because the probabilities are different. Instead of 50/50 it is 70/30

# data[].attributes.headline
The flip isn't 50/50 but it is 70/30 in favor of heads

# data[].attributes.subject
The flip isn't 50/50 but it is 70/30 in favor of heads

# data[].attributes.body
the difference is that it is not 50/50. uncle bilbos coin has a 70/30 chance of landing on heads

# data[].attributes.headline
it isnt the same because with one flip there is only a 30% chance for tails and a 70% for heads which is not like the usual 

# data[].attributes.subject
it isnt the same because with one flip there is only a 30% chance for tails and a 70% for heads which is not like the usual 

# data[].attributes.body
50/50 coin.

# data[].attributes.body
it is not the same because there is a 70% chance of heads, not a 50%

# data[].attributes.body
it is not the same because the trick coin has a 70% chance of landing on heads and a 30% chance of landing on tails (due to uneven distribution of weight) which does not give equal chances to both sides of the coin.

# data[].attributes.headline
The probability of flipping heads is .7, and the probability of flipping tails is .3. There is not a 50/50 chance.

# data[].attributes.subject
The probability of flipping heads is .7, and the probability of flipping tails is .3. There is not a 50/50 chance.

# data[].attributes.body
Because the probability of heads is .70 and tails is .30 per individual flip, whereas the baby is .50 either way

# data[].attributes.body
.375 is only the probability of two heads and two tails with two equally weighted sides. But since there's a difference in the likelihood of the two sides, the probability of two heads and two tails is .2646

# data[].attributes.headline
Because there is a 70% chance of landing heads, the data is skewed. 

# data[].attributes.subject
Because there is a 70% chance of landing heads, the data is skewed. 

# data[].attributes.headline
because there's a higher chance of it landing heads (.70) than tails (.30)

# data[].attributes.subject
because there's a higher chance of it landing heads (.70) than tails (.30)

# data[].attributes.body
because Bilbo had a 70% chance of heads instead of a 50% chance

# data[].attributes.body
Bilbo has already found that the chance of heads is 70 therefore the coins are not equal and favors one side.

# data[].attributes.headline
The coin is 70/30 chance favored heads instead of the usual 50/50

# data[].attributes.subject
The coin is 70/30 chance favored heads instead of the usual 50/50

# data[].attributes.headline
The sample space only considers the coin being flipped is weighed equally on both the heads and tails sides.  However, for this coin there is a 70% chance of heads and 30% chance of tails

# data[].attributes.subject
The sample space only considers the coin being flipped is weighed equally on both the heads and tails sides.  However, for this coin there is a 70% chance of heads and 30% chance of tails

# data[].attributes.body
because there is a 70% chance that the coin lands on heads

# data[].attributes.headline
Because the coin favors the heads side of the coin

# data[].attributes.subject
Because the coin favors the heads side of the coin

# data[].attributes.body
The numbers are not equal because the distribution is not equal as the ratio is 70:30 not 50:50.

# data[].attributes.headline
The probability of flipping heads is 70% and tails is 30%  instead of each being a 50% chance

# data[].attributes.subject
The probability of flipping heads is 70% and tails is 30%  instead of each being a 50% chance

# data[].attributes.body
Uncle Bilbo's coin favors heads 70/100 of the time as there is an unequal weight distribution, whereas a normal heads tails coin ratio is 50:50. That means heads are favored.

# data[].attributes.body
Because there is a 70% chance of flipping heads compared to 30% for tails, so the chances of both heads and tails being equal is small

# data[].attributes.headline
Due to Bilbo's coin having a .7 chance of flipping heads, even though there are more combinations to get 2 heads and 2 tails, the combinations getting 3 heads and 1 tails have a better probability of occurring, due to heads being more probable, and mathematically, when there are three heads with a .7 chance, this probability will be the highest after multiplying them.

# data[].attributes.subject
Due to Bilbo's coin having a .7 chance of flipping heads, even though there are more combinations to get 2 heads and 2 tails, the combinations getting 3 heads and 1 tails have a better probability of occurring, due to heads being more probable, and mathematically, when there are three heads with a .7 chance, this probability will be the highest after multiplying them.

# data[].attributes.headline
It is not the same because with one flip there is a 70% chance of heads and 30% chance of tails, instead of the usual 50% to 50%.

# data[].attributes.subject
It is not the same because with one flip there is a 70% chance of heads and 30% chance of tails, instead of the usual 50% to 50%.