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2 years ago

Create an equivalent expression for 1.5 cubed over 1.3 raised to the fourth power all raised to the power of negative six

1 answer:

4 0

The equivalent expression for 1.5 cubed over 1.3 raised to the fourth power all raised to the power of negative six is ((1.5³/1.3)⁴)⁻⁶

<h3>Exponent and expressions</h3>

Given the following statement

1.5 cubed over 1.3 raised to the fourth power all raised to the power of negative six

1.5 cubed over 1.3 is expressed as 1.5³/1.3

If the expression is all raised to the fourth power, hence;

(1.5³/1.3)⁴

If the final expression is raised to the power of negative six, then we have;

((1.5³/1.3)⁴)⁻⁶

The equivalent expression for 1.5 cubed over 1.3 raised to the fourth power all raised to the power of negative six is ((1.5³/1.3)⁴)⁻⁶

Learn more on exponent here: brainly.com/question/11975096

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3 years ago

Marcus ate half of a pizza on Monday night. He then ate one third of the remaining pizza on Tuesday. Which of the following expr

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Option E

The expression show how much pizza Marcus ate in total is:

$Total = \frac{1}{2} + \frac{1}{3} \times \frac{1}{2}$

Solution:

Given that,

Marcus ate half of a pizza on Monday night

He then ate one third of the remaining pizza on Tuesday

Therefore,

$Monday\ night = \frac{1}{2}\\$

Remaining is given as:

$Remaining = 1 - \frac{1}{2} = \frac{1}{2}$

He then ate one third of the remaining pizza on Tuesday

Therefore,

$Tuesday = \frac{1}{3} \times \frac{1}{2}$

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Total = monday night + tuesday

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4 years ago

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Answer: it will take 4 months for the amount to be the same and the amount would be $95

Step-by-step explanation:

Let x represent the number if months it will take for the two accounts have the same amount of money.

Christiana opened her account with $55 and plans to deposit $10 every month. This means that the amount that in the account after x months would be

10x + 55

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For the amount in the accounts to be the same, the number of months would be

15x + 35 = 10x + 55

15x - 10x = 55 - 35

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x = 20/5

x = 4

The amount would be

15 × 4 + 35

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