1. Four hundred thousand thirty two and ten point one
2. Standard form is adding it out ( 945.35 ) = 900 + 40 + 5 + .30 + .05
3. Expanded form ( 73,890 )
| ten thousands | thousands | hundred | tens | ones | decimal | tenths | hundredths |
7 3 8 9 0 . 0 1
<h2>
Answer:</h2>
The total number of handshakes that would happen between the three people are:
3
<h2>
Step-by-step explanation:</h2>
There are three people at a party.
Let they be denoted by A,B and C.
Now, the total number of handshakes that would occur will be denoted by:
AB, AC and BC
where AB denotes that A and B shake hands.
AC denote that A and C shake hands.
and BC denote that B and C shake hands.
Hence, total number of handshakes are:
3
The answer to your question is the letter G.
It'll be at 11:11 when the hands form a obtuse angle.
Step-by-step explanation:
10(2−4)+5=2−8
10(2x-4)+5=2x-810(2x−4)+5=2x−8
Solve
1
Distribute
10(2−4)+5=2−8
20−40+5=2−8
2
Add the numbers
3
Add
35
3535
to both sides of the equation
4
Simplify
5
Subtract
2
2x2x
from both sides of the equation