The 0 in the hundred thousands place would not be represented because it is nil.
Answer:
im sorry i dont know
Step-by-step explanation:
i just needed points
Answer:
The reason why linear pairs and vertical angles are used to prove lines are parallel is because they area transversal drawn through the parallel lines will form angles on each of the two parallel lines including;
1) Supplementary linear pairs and
2) Vertical angles
3) Alternate angles
Given that either;
a) The corresponding angles that form the linear pairs are congruent
b) The corresponding vertically opposite angles are congruent
c) The corresponding alternate angles are congruent, we have;
The two lines are said to be parallel.
Step-by-step explanation:
Answer:
21(11 +3x) or simplified more, would be: 231 + 63x
Step-by-step explanation:
P E M D A S
First, Do what is in the parethesis
7 x 3(5 x 2 + 3x + 1)
7 x 3(10 + 1 + 3x)
7 x 3(11 +3x)
Since there are no exponents move on to the next step.
Then multiply.
21(11 + 3x)
I didn't know whether if you were trying to put 5x(2) or not, so it got me confused! Sorry if this isn't right equation! But I hoped this helped!
If simplifies even more, it would be
231 + 63x
(If they wanted it to be in simpilest form)
Answer:
Lower limit: 12 degrees Fahrenheit.
Upper limit: 20 degrees Fahrenheit
Step-by-step explanation:
The lower limit of the first class is always going to be the lowest value. The lowest temperature at 12 degrees Fahrenheit for a particular year. So the lower limit is going to be 12 degrees Fahrenheit.
To find the upper limit of the first class we have to first find the length of each class.
This is the highest temperature subtracted by the lowest, and divided by the number of classes.
91 - 12 = 79
10 classes
79/10 = 7.9 rounded up to 8.
So the upper limit will be 8 added to 12, 8+12 = 20.