The complete question gives you three options:
A) odd = made, even = missed.
B) 1 to 9 = made, 0 = missed.
C) 0 to 4 = made, 5 to 9 = missed.
You need to understand which of these options represent a 90% probability to make the throw.
Let's see the options, considering that the total number of 1-digits is 10:
a) there are 5 odd digits, therefore the probability would be 5/10 = 0.5, which is 50%. Hence, this option is not correct.
b) there are 9 digits between 1 and 9, therefore the probability would be 9/10 = 0.9, which is 90%. Hence, this option is valid.
c) There are 5 digits between 0 and 4, therefore the probability would be 5/10 = 0.5, which is 50%. Hence, this option is not correct, as option a.
Therefore, the correct answer is B)<span> 1 to 9 = made, 0 = missed.</span>
Answer:
It has 4 solutions
Step-by-step explanation:
Quartic equations are simply defined as polynomials that have a degree of four.
Therefore, it will have four roots. These 4 roots are complex roots because they may have real and imaginary solutions. I said it may have real and imaginary roots because it's not every quartic equation that will have four real roots because for example, it could have real roots of maybe 0, 1, 2, 3, 4 and also imaginary roots to make it four roots in total.
The volume of a rectangular prism is Lwh.
V = Lwh = 8(3)h = 24h
156 < 24h
6.5 < h (this is the answer)
The graph will be a number line with an open circle on 6.5 and the line and arrow going to the right.
Answer:
The answer to Part A is 9...or I'm pretty sure it is
Step-by-step explanation:
hb=2 * area/b
b=24
Area=108 cm ^2
hb= 2 * 108/24
hb= 2 * 4.5
hb=9 cm
The height of the base is equal to 9 cm.
