The answer to this question would be: <span>a. minus− 1.5, because probability values cannot be less than 0. </span><span>c. startfraction 64 over 25 endfraction 64 25 , because probability values cannot be greater than 1.
Probability would be in a range of 0-1. There won't be minus probability since the lowest possible will be 0. If the number using percent like 33.3%, then the maximal probability is 100%. If you calculate 64/25 you will got 2.56 which was higher than 1.</span>
Probability of an event is always greater than or equal to 0 & less than or equal to 1,
So, the range of probability is [0, 1]
Here, a. <span>minus−1.5, because probability values cannot be less than 0. CORRECT </span><span>b. 0.0002, because probability values must be rounded to two decimal places. WRONG 0.0002 is greater than 0 & less than 1 c. startfraction 64 over 25 endfraction 64 25, because probability values cannot be greater than 1. CORRECT d. 33.3%, this is because probability values cannot be greater than 1. WRONG 33.3 % is less than 1 & greater than 0. e. startfraction 320 over 1058 endfraction 320 1058, because probability values cannot be in fraction form. f. 0, because probability values must be greater than 0.</span>WRONG 33.3 % Probability values can be written in fraction, But it's decimal value of fraction should be greater than 0 & less than 1.
If you distribute the left side of the expression, you will get 3y -32, which is exactly the same as the right side of the equation. Since both lines are the same, that means that they have an infinite amount of solutions. Therefore, the 4th choice is correct.
