12.5 multiplie dy 6 equals 75
100 plus 75 equals 175
which gives you the exact amount of money you need to use to buy 10 acres of land on mars.
so the answer is 6 months
226 rounded to the nearesthundred is 200.
We have,
When rounding to the nearesthundred, we look at the digit in the tens place (2 in this case). If it is 5 or greater, we round up the hundreds digit (2) by increasing it by 1.
If it is lessthan 5, we keep the hundreds digit as it is.
Since the tensdigit is 2 (less than 5), we keep the hundredsdigit (2) as it is, and the remaining digits become 0.
Therefore,
226 rounded to the nearesthundred is 200.
Learn more about expressions here:
#SPJ6
Order of Operations in Mathematics follow this following rule :
This rule is known as the PEMDAS method.
In working on a mathematical problem, we first calculate operation that is in parentheses, follow by exponentiation, then multiplication or division, and finally addition or subtraction.
Let us tackle the problem!
This problem is about DIstributive Property.
Given :
56 ÷ 4 = ?
Grade: Middle School
Subject: Mathematics
Chapter: Order of Operations
Keywords: Linear , Equations , 1 , Variable , Line , Gradient , Point , Multiplication , Division , Exponent , PEMDAS
The distributive property can be used to simplify the quotient 56÷4 by breaking 56 into 28+28 and then dividing each by four. The resultant expression is 28÷4 + 28÷4 which equals 14.
The question asks for an expression that can be used to find the quotient 56÷4 using the distributive property. This property in mathematics allows you to break down a complex calculations into simpler ones. In this case, we can break 56 into 28+28 and then divide each by 4. So, the expression using the distributive property would be 28÷4 + 28÷4. When you solve this, it simplifies to 7 + 7 which gives the correct quotient of 14, same as 56÷4.
#SPJ3
combined like terms
Combining like terms must always be in descending order.
Start with the exponents.
As we see, there is no other exponents so we would leave it as such.
Progress on to the next greatest which are the variables.
Add all of the coefficients
Lastly, move on to the single numbers.
Add them together as shown above, but this time there are no coefficients so it is just a matter of addition and subtraction
Therefore, the answer is:
Like terms are terms that are alike. 5x and 3x are like terms because they have a coefficient along with a variable. Like terms are terms that can be added together.
We are given:
Since the term can't be combined to anything, let's combine our x terms. Here is what we will combine:
When combined, they equal 9x. So our expression is now:
Now, let's combine our regular numbers. We will be adding:
Now, our expression is even more simplified. We are left with:
This is your final answer. Nothing can be combined further. Fun fact, this is in standard form and you will be using it in higher algebra.