Total number of fruit in the bag = 9 + 5 + 3 =17
Number of Kiwi = 3
Probability of picking a kiwi out of the bag =3/17
Oranges cost 6 cents each. Apples cost 10 cents each.
Solve the problem by treating it as a simultaneous equation question which works out as: Apples: 0.20 each Oranges: 0.10 each
a and b both have the probability of 3/4
The probability is 0.664
Impossible
Oranges cost 6 cents each. Apples cost 10 cents each.
Solve the problem by treating it as a simultaneous equation question which works out as: Apples: 0.20 each Oranges: 0.10 each
Treat it as a simultaneous equation and it works out as: Oranges = 0.10 each Apples = 0.20 each
This is like asking how many apples equals oranges, because cm are length and ml are volume.
A "score" of anything is twenty of that thing. So a score of oranges equals twenty oranges.
The probability of each coin flip, independently, is 0.5 or 50%. The probability of getting one result (either heads or tails) four times in a row is 0.5 to the fourth power or 0.0625, which equals 6.25%
a and b both have the probability of 3/4
The probability that an event will occur plus the probability that it will not occur equals 1.
It does not matter.
The probability is 0.664
Probability equals favorable outcomes divided by total number of outcomes.
Impossible