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What is the probabilty that the individuals pressure will be between 120 and 121.8 if the mean pressure is 120 and the standard deviation is 5.6 with a normally distributed variable?
It is 0.37, approx.
In the city of x the probabilty of rain is 50 percent What is the probabilty that it will rain 3 out of 5 days?
It is 5C3*(1/2)3*(1/2)2 = 10/32 = 5/16
12 percent of 120?
12 percent of 120= 14.412% of 120= 12% * 120= 0.12 * 120= 14.4
What is 120 percent of 12000?
120 percent of 12,000 is 14,400.
Why can not 120 percent be the probabilty of some event?
COnsider some event A and the number of outcomes that are favourable to A. Then the probability of A is the number of such outcomes as a proportion of all possible outcomes (related to the trial or experiment). Defined as a proportion in this way, it can never be greater than 1. Converted to a percentage, that means it can never be greater than 100 percent.
What is the probabilty that the individuals pressure will be between 120 and 121.8 if the mean pressure is 120 and the standard deviation is 5.6 with a normally distributed variable?
It is 0.37, approx.
In the city of x the probabilty of rain is 50 percent What is the probabilty that it will rain 3 out of 5 days?
It is 5C3*(1/2)3*(1/2)2 = 10/32 = 5/16
What is the same as 120 percent?
120 percent = 120/100 = 1.2
12 percent of 120?
12 percent of 120= 14.412% of 120= 12% * 120= 0.12 * 120= 14.4
Is probabilty a fraction or percentage?
Probabilty is a a fraction.
What percent of 120 is 27?
27 is 22.5 percent of 120
What is 99 percent of 120?
99 percent of 120 is 118.8
What is 120 percent of 12000?
120 percent of 12,000 is 14,400.
What percent of 2.4 will equal 120?
5,000 percent of 2.4 will equal 120 . 2 percent of 120 will equal 2.4 .
Probabilty of an event occurring to the probabilty that it will not occur?
odds
What is 25 percent out of 120?
25 percent out of 120= 30 25% of 120 = 25% * 120 = 25%/100% * 120 = 0.25 * 120 = 30
Why can not 120 percent be the probabilty of some event?
COnsider some event A and the number of outcomes that are favourable to A. Then the probability of A is the number of such outcomes as a proportion of all possible outcomes (related to the trial or experiment). Defined as a proportion in this way, it can never be greater than 1. Converted to a percentage, that means it can never be greater than 100 percent.
