All HSPT Math Resources
Example Questions
Example Question #1003 : Numbers And Operations
Multiply:
First, multiply the numbers, ignoring the decimal points:
Since the two factors in the original product have three digits to the right of the decimal points between them, position the decimal point in the product such that three digits are at its right. The result, therefore, is
Example Question #6 : How To Multiply Fractions
Multiply:
First, remove the decimal points, multiplying as follows:
Between them, the two factors have five digits to the right of their decimal points, so position the decimal point in the product so that there are five digits to the right. This will require placing a zero in front as a placeholder, so the final result is
Example Question #1001 : Numbers And Operations
Find .
To find the product of two fractions, multiply the numerators together and then multiply the denominators together.
, which can be reduced to .
Example Question #1002 : Numbers And Operations
Find .
To find the product of two fractions, multiply the numerators together and then multiply the denominators together.
Example Question #341 : Arithmetic
Multiply the numerators together, and then multiply the denominators together:
Example Question #1003 : Numbers And Operations
What is the product of the two fractions below?
To solve for this expression, first multiple the numerators, and then multiply the demonators.
Simplify the fraction by removing a common factor.
Example Question #342 : Arithmetic
Raise to the fourth power.
To raise a negative number to an even-numbered power, raise its absolute value to that power:
Example Question #1672 : Ssat Middle Level Quantitative (Math)
Evaluate:
By the order of operations, carry out the operations in parentheses first; since there is a multiplication and a subtraction present, carry them out in that order. Finally, carry out the remaining subtraction:
Example Question #1 : Multiplicative Inverse Property
Which of the following statements demonstrates the inverse property of multiplication?
None of the examples in the other responses demonstrates the inverse property of multiplication.
The inverse property of multiplication states that for every real number, a number exists, called the multiplicative inverse, such that the number and its inverse have product 1. Of the statements given, only
demonstrates this property.
Example Question #1011 : Numbers And Operations
Raise to the fourth power.
To raise a negative number to an even-numbered power, raise its absolute value to that power. Also, to raise a fraction to a power, raise its numerator and its denominator to that power. Combine these ideas as follows:
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