The answer depends on what the experiment is!
like 7% or something
The probability increases.The probability increases.The probability increases.The probability increases.
0.9699
There is no probability. Sorry.
the probability a certain event will occur :-)
The probability is that it comes out 7 times out of 10 tries, or 70% of the times.
Today, the probability is 70%, as reported on the local news.
The mathematical probability of getting heads is 0.5. 70 heads out of 100 tosses represents a probability of 0.7 which is 40% larger.
At the Olympics, the probability is 1 At a kindergarten, the probability is 0!
It is a 70% likelihood
There is a 70% chance it will not rain tommorrow! There is a 70% chance it will not rain tommorrow!
Yes
To find the probability of it being windy given that it is not sunny, we can use conditional probability. The probability of it being not sunny is 70% (100% - 30% chance of sun). The probability of it being windy and not sunny is 40%. Therefore, the probability of it being windy given that it is not sunny is ( P(\text{Windy | Not Sunny}) = \frac{P(\text{Windy and Not Sunny})}{P(\text{Not Sunny})} = \frac{40%}{70%} \approx 0.57). Rounding to the nearest percent, the probability is approximately 57%.
0.6382
It is 0.73 = 0.343
To determine the probability that someone in the survey considered reading books or surfing the internet as the best entertainment value, you would need specific data from the survey results. If, for instance, 30 out of 100 respondents chose reading and 40 chose surfing the internet, the combined probability would be 70 out of 100, or 70%. Without specific numbers, a precise probability cannot be calculated.
It means that the probability is calculated (or more precisely, estimated) based on experiment. For example, if a certain event occurs 70 times in 1000 tries, you can estimate the probability to be approximately 7%.