Answer:
The long division method is used when you dividing a large number usually by 2 digit, 3 digit or more number.
Long division work as shown in the attachment:
6)
Quotient(Q)=33
Remainder(R)=5
7)
Quotient(Q)=45
Remainder(R)= 30
8)
Quotient(Q)=234
Remainder(R)=17
Answer:
Standard form .
Step-by-step explanation:
Given : 0.002
To find : What is the standard form.
Solution : We have given 0.002
To convert it in to standard form
Remove decimal
0.002 = .
By exponent rule
.
Then ,
= .
Therefore, Standard form .
Determine whether the function is one-to-one.
Answer:
we conclude that the function is one-to-one.
Step-by-step explanation:
A function will a one-to-one function if it
In other words,
The function will be one-to-one if it passes the vertical line test, and also if the horizontal line only cuts the graph of the function in one place.
The reason is that there must be only one x-value for each y-value.
Given the function
Have a look at the attached graph.
Therefore, we conclude that the function is one-to-one.
(There are two questions)
Answer:
1. 2x4=8
2x3=6
2. 3x4=12
3x3=9
Step-by-step explanation:
Hello :)
In this problem, you have to create an equation to figure out the length of each bar. The first bar has two sets of 3 blocks; you can see each set by a color change.
Therefore, this equation would be 2 times 3, since there are 2 sets of 3. This answer equates to 6.
The next one has two bars of four blocks. This means it is 2 times 4, because there are two sets of 4 blocks, and this would constitute as the answer 8.
The second question is a bit tricker. If we look at the first bar, we see that there are 3 blocks per set (noted by color change) and we have 3 of those. If we count all of those up, they have 9 blocks overall. After all, 3 times 3 is nine.
The other problem has 4 blocks a set, and there are three of those. 4 times 3 is 12.
I'm not sure but i think it is $9