Answer:
0.3
Step-by-step explanation:
<u>Step 1: Round to the nearest tenth</u>
0.32
<u>Since the hundredths place is less than 5, you do not do anything to the tenth value.</u>
0.3<u>2</u>
0.3
Answer: 0.3
Answer: Insufficient Information
The probability of selecting a red ball, a blue ball or a white ball is unknown.
Step-by-step explanation:
The probability of selecting a red ball, a blue ball or a white ball is unknown.
There could be 13 red balls, 1 blue ball and 11 white balls in the bag. There could be 3 red balls, 2 blue balls and 20 white balls in the bag. It is impossible to say with the information given have even numbers on them. The same thing applies to the number of balls with numbers or even numbers on them. The question does not specify how many white balls have each number on them.
An exponential function raises a base to the power of x, so that as x increases, f(x) increases exponentially. In other words, x is in the exponent. and f(x) gets really big, and grows faster as x increases. The domain is all real numbers, since you can any number as an exponent, and the range is that f(x) must be greater than zero, because no number raised to a power is equal to zero.
In a logarithmic function, f(x) describes the power you have to raise a base to in order to get x. Since no number raised to a power is less than or equal to zero, the domain is x > 0. The range however, is technically all real numbers. Keep in mind though that x would have to be pretty darn big for you to have to raise the base to the thousandth power to get to it, so it looks like it has an asymptote within a certain boundary. Unlike exponential function, f(x) grows slower as x increases, although its slope is always positive.
Answer:
Step-by-step explanation:
ac = bc
ab = 4 sqr. 2 = 4² = 16
ab = 16
ab = ac = 16
the length of each legs is 16