Equation compares two expressions. A 2 step equation that is equal to 10 can be (x+1)5=10.
An equation is a pair of two expressions that are compared with the help of an equal sign. '='.
There are a lot of possible 2 step equations that are equal to 10. for example,
Hence, A 2 step equation that is equal to 10 can be (x+1)5=10.
Learn more about Equation:
2x(x – 4)
Keywords:
Product, factors, polynomial, distributive property
For this case we must find the product of two factors of a polynomial. To do this, we must apply the distributive property, which states:
So:
Thus, the product of is:
Answer:
The product of is:
Answer:
The product of
Step-by-step explanation:
Given : Expression
To find : The product of the expression
Solution :
To find the product of the expression we apply distributive property in this
Distributive property
Where a= 2x, b=x, c=-4
Therefore, The product of
Step-by-step explanation:
Let the distance to appoint be s and time for appointment trip be t.
The return trip took one fifth hr longer because of heavy traffic.
Time for return trip = t + one fifth hour = (t + 0.2) hr
Speed of appointment trip = 60 mph
Speed of return trip = 50 mph
We have
s = 60 t and
s = 50 (t + 0.2)
s = 50 t + 10
60t = 50 t + 10
10 t = 10
t = 1 hour
Distance to appointment = 60 t = 60 x 1 = 60 miles
She traveled 60 miles to the appointment place.
Answer:
If Ozzie is 8 and 6 years older than McKenzie, then McKenzie is 2 years old. So if Theo is 3 times older than McKenzie, then Theo is 6 years old.
Theo's age is calculated by multiplying McKenzie's age by 3. Given that McKenzie is 2 years old (Ozzie's age minus 6), so Theo is 6 years old.
The problem requires the application of basic arithmetic operations, specifically addition and multiplication, to solve an age problem. We know that Ozzie is 8 years old. Since Ozzie is 6 years older than McKenzie, we subtract 6 from Ozzie's age to get McKenzie's age, which is 2. Theo is 3 times older than McKenzie. Thus, to get Theo's age, we multiply McKenzie's age (2) by 3, which results in 6 years old.
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f[c(p)] = 1.83p
f[c(p)] = 1.83cp
f[c(p)] = 0.81p
f[c(p)] = 0.81cp
Answer:
Step-by-step explanation:
Given: Ray is purchasing a laptop that is on sale for 25% off.
The function that represents the sale price of his laptop :
, where p is the original price of the laptop.
The price function of the laptop with tax :
, where c is the sale price of the laptop.
Now, consider the composite function that can be used to calculate the final price of Ray's laptop .
The value of x that will make the given lines parallel is 11. This is determined by setting up and solving the equation formed by setting the two given angles equal to each other.
In this question, you are provided with the two alternate interior angles formed by the two lines l and m that are supposedly parallel. We know that in the case of parallel lines, alternate interior angles are equal.
Therefore, for the lines l and m to be parallel, the equality 2x+22 = 4x must hold.
Let's solve this equation step by step:
So, the value of x that makes lines l and m parallel is 11.
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