Irrational numbers, like 0.01020304...., can be written as a fraction.(1 point)
Responses
False, any decimal that does not terminate or repeat cannot be written as a fraction.
False, any decimal that does not terminate or repeat cannot be written as a fraction.
False, any decimal that does not terminate or repeat is rational.
False, any decimal that does not terminate or repeat is rational.
True, all decimals can be written as a fraction
True, all decimals can be written as a fraction
True, decimals that do not terminate can always be written as a fraction
7 answers
False, any decimal that does not terminate or repeat cannot be written as a fraction.
A repeating decimal, like 0.327327327..., can be written as a fraction.(1 point)
Responses
True, a repeating decimal is irrational, so can be written as a ratio
True, a repeating decimal is irrational, so can be written as a ratio
True, a repeating decimal is rational, so can be written as a ratio
True, a repeating decimal is rational, so can be written as a ratio
False, any decimal that does not terminate cannot be written as a fraction
False, any decimal that does not terminate cannot be written as a fraction
False, any decimal that repeats cannot be written as a fraction
False, any decimal that repeats cannot be written as a fraction
Responses
True, a repeating decimal is irrational, so can be written as a ratio
True, a repeating decimal is irrational, so can be written as a ratio
True, a repeating decimal is rational, so can be written as a ratio
True, a repeating decimal is rational, so can be written as a ratio
False, any decimal that does not terminate cannot be written as a fraction
False, any decimal that does not terminate cannot be written as a fraction
False, any decimal that repeats cannot be written as a fraction
False, any decimal that repeats cannot be written as a fraction
True, a repeating decimal is rational, so can be written as a ratio.
Rational numbers cannot _____________.(1 point)
Responses
go on forever and ever
go on forever and ever
repeat digits in the decimal
repeat digits in the decimal
be square roots of non-perfect squares
be square roots of non-perfect squares
be negative
Responses
go on forever and ever
go on forever and ever
repeat digits in the decimal
repeat digits in the decimal
be square roots of non-perfect squares
be square roots of non-perfect squares
be negative
be square roots of non-perfect squares
Solve the equation using the steps: 2(x+8)=2x+8
(5 points)
(5 points)
To solve the equation 2(x + 8) = 2x + 8, we can follow these steps:
1. Distribute the 2 on the left side of the equation: 2x + 16 = 2x + 8.
2. Now, we can subtract 2x from both sides to eliminate the 2x term from the equation: 16 = 8.
3. However, we can see that the equation 16 = 8 is not true. This means that there is no solution to the equation.
Therefore, the equation 2(x + 8) = 2x + 8 has no solution.
1. Distribute the 2 on the left side of the equation: 2x + 16 = 2x + 8.
2. Now, we can subtract 2x from both sides to eliminate the 2x term from the equation: 16 = 8.
3. However, we can see that the equation 16 = 8 is not true. This means that there is no solution to the equation.
Therefore, the equation 2(x + 8) = 2x + 8 has no solution.