To change any percent into a decimal,
move the decimal point two places this way <=== .
8.7 % ==> 0.087
Answer:
I guess please finish the question or this is the numbers I had.
Step-by-step explanation:
- Mr. Worthington is a dentist, so he has $85,400 in student loans to pay off.
- Mrs. Worthington earns $42,500 per year at her job. The Worthington family has a savings account with a balance of $18,800.
- They own two vehicles that are worth a combined total of $64,600.
- Mrs. Worthington owns an antique necklace valued at $6,200.
- The Worthingtons have been saving for their children's college fund. currently has a balance of $24,700.
There are 10 possible digits.
There are 5 position.
So since we cannot repeat same digital, there is 10 possible digits for first position.
We selected one. Now move to second position. We already selected one digit so now there are 9 possible digits. Just select one.
Now move to third position. Again, we already selected another digit so now there are 8 possible digits for third position.
Repeat until you run out of position.
So that would be 10·9·8·7·6 = 30240
There are 30240 possible codes.
Hope this helps.
Step-by-step explanation:
hmph................
Answer:
∠ACB = ∠DFE
Step-by-step explanation:
In SAS postulate,
S refers to Side.
A refers to Angle.
In the triangles, △ABC and △DEF,
AC = DF ( Side )
CB = FE ( Side )
The additional information required to prove is <u>Angle</u>.
Angle between sides AC and CB in △ABC and Angle between sides CB and FE in △DEF respectively.
Angle between sides AC and CB is ∠ACB.
Angle between sides CB and FE is ∠DFE.
So according to SAS postulate,
∠ACB = ∠DFE
