<span>Let x = # of rides
Plan A: 10 + 3x
Plan B: 20 + x
if x < 5 rides then plan A is better buy
if x = 5 both plans are the same
if x > 5 then plan B is the best buy
Prove:
x = 6 (rides)
plan A: </span>10 + 3x = 10 + 3(6) = 10+18 = $28
plan B: 20 + x = 20 + 6 = $26
Answer: (2.2 × 10)(1 × 10) = 2210.
Step-by-step explanation:Step 2: Multiply both top and bottom by 10 for every number after the decimal point: As we have 1 numbers after the decimal point, we multiply both numerator and denominator by 10. So, 2.21 = (2.2 × 10)(1 × 10) = 2210.
By the commutative property of addition, Jame's claim is incorrect
<h3>What is the commutative property?</h3>
The commutative property of addition states that:
a + b = b + a
The expression is given as:
5m + 10
The equivalent expression is:
10 + 5m
This is properly represented as:
Jame's claim can be represented as:
The above equation is not correct, for the commutative property of addition.
Hence, Jame's claim is incorrect
Read more about the commutative property at:
brainly.com/question/2475734
Answer: 7m + 5
Step-by-step explanation:
Distribute the Negative Sign:
=12m+1+−1(5m−4)
=12m+1+−1(5m)+(−1)(−4)
=12m+1+−5m+4
Combine Like Terms:
=12m+1+−5m+4
=(12m+−5m)+(1+4)
=7m+5
So idk the answer, sorry, but if you tell me what this is called I can look it up and figure it out
