<span>Using whole numbers, fractions, and decimals, these are the eight addition equations that have the sum of 10
</span>1. 5+5=10
2. 1 1/2 + 8 1/2 =10
3. 2.9+7.1=10
4. 6 1/3 + 3 2/3 =10
5. 4 3/5 + 5 2/5=10
6. 9.01+.99=10
7. 3.72+6.28 = 10
8. 8 8/9+ 1 1/9=10
We need to have some choices to give you the answer
Answer: m = -1
Step-by-step explanation: In this problem we're asked to find the slope of the line that contains the points (-2,5) and (6,-3).
Using our slope formula, we take the <em>second y</em> minus <em>the first y</em> which in this case is -3 - 5 over our<em> second x </em>minus <em>our first x </em>which in this case is 6 - -2.
-3 - 5 simplifies to -8 and remember that minus a negative can be thought of as plus a positive so 6 - (-2) can be thought of as 6 + (+2) which is 8.
Now we have -8/8. Notice that our slope can be simplified one step further so we have <em>m = -1</em>.
The variable that's used to represent slope is <em>m</em>.
Well they are multiples of 10
Assuming 2032 is itself a number in base 4, you have
Or, if you mean to ask about converting 2032 into base 4, you have
with remainder 0, which means the "ones" digit is 0.
with remainder 0, which means the "tens" digit is also 0.
with remainder 3, so the "hundreds" digit is 3.
with remainder 3, so the "thousands" digit is also 3.
with remainder 3, so the next digit is also 3.
with remainder 1, so the next (and final) digit is 1.
So,
.