QUESTION IMAGE
Question
name: allan
date: 2/4/26
write an algebraic expression for each phrase.
- a number b divided by thirty - six
- sixty - six subtracted from a number p
- the quotient of twenty - nine and a number h
- a number n plus forty - nine
- three divided by a number g
- the total of twenty - four and a number x
- the difference between eighteen and a number m
- a number k added to twenty - eight
- ninety - eight more than a number d
- a number j multiplied by fifty - six
- a number y increased by eighty - six
- twenty - nine to the w^th power
- a number q decreased by eighty - five
- the difference between a number f and two
- the quotient of a number t and thirty - seven
- a number s minus eighty - two
- the product of a number z and eighty - four
- a number v to the power of sixty - five
- the sum of forty - five and a number r
- the product of fifty - two and a number c
Problem 4: a number \( n \) plus forty - nine
Step 1: Identify the operation
The phrase "plus" indicates addition. We are adding forty - nine to the number \( n \).
Step 2: Write the algebraic expression
Using the addition operation, the expression is \( n + 49 \).
Problem 5: three divided by a number \( g \)
Step 1: Identify the operation
The word "divided by" indicates division. We are dividing 3 by the number \( g \).
Step 2: Write the algebraic expression
In algebraic form, division can be represented as a fraction. So the expression is \( \frac{3}{g} \) (or \( 3\div g \)).
Problem 6: the total of twenty - four and a number \( x \)
Step 1: Identify the operation
The word "total" in this context indicates addition. We are adding 24 and the number \( x \).
Step 2: Write the algebraic expression
The algebraic expression for the sum of 24 and \( x \) is \( 24 + x \) (or \( x + 24 \)).
Problem 7: the difference between eighteen and a number \( m \)
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s:
- \( n + 49 \)
- \( \frac{3}{g} \) (or \( 3\div g \))
- \( 24 + x \) (or \( x + 24 \))
- \( 18 - m \)
- \( 28 + k \) (or \( k + 28 \))
- \( d + 98 \)
- \( 56j \) (or \( j\times56 \))
- \( y + 86 \)
- \( 29^{w} \)
- \( q - 85 \)
- \( f - 2 \)
- \( \frac{t}{37} \) (or \( t\div37 \))
- \( s - 82 \)
- \( 84z \) (or \( z\times84 \))
- \( v^{65} \)
- \( 45 + r \) (or \( r + 45 \))
- \( 52c \) (or \( c\times52 \))