Answer:
3
Step-by-step explanation:
15/4×4/5
60/20
3
Let see...
So we know that × is less than 14.3 subtract by 9.
We can figure out what × is is by subtracting 14.3 with 9 and then find the answer less than it.
So now we know that the answer can be 5.3 or more. This means that we can cross out 5.3, 6.4, and 7.5.
So it would be 3.1 and 4.2.
The answer to number 1 is number cards 31 and 37. The answer to number 2 is number cards 61 and 54. On number 3, you could say, Mickeyy1 has these number cards. You then make 1 card over 30 and one card less than 22. Your final cards would be, 19, 23, 25, 27, and 32. You would get rid of the cards over 30 or less than 22. Therefore, you would keep number cards 23, 25, and 27. You would get rid of 19 and 32.
Answer:
I think it might be the third one or the last one
<h3>
Answer:</h3>
Options A and B
<h3>
Solution:</h3>
- In order to determine whether or not an ordered pair is a solution to an equation, plug in the values of x and y:
- 7x-6y=19
- 7(7)-6(5)=19
- 49-30=19
- 19=19
- We have a true statement. Therefore, the ordered pair is a solution to the equation 7x-6y=19.
- Let's try the other ordered pairs.
- 7(1)-6(-2)=19
- 7+12=19
- 19=19
- Here's another true statement.
- Let's check the remaining two options:
- 7(-5)-6(3)=19
- -35-18=19
- -53≠19
- Here we have a false statement.
- 7(-4)-6(0)=19
- -28-6=19
- -34≠19
- Therefore, the ordered pairs that make this equation true are (7,5) and (1,-2)
Hope it helps.
Do comment if you have any query.
