Answer:
Liabilities = 96,000
Step-by-step explanation:
Use the fundamental accounting equation
Assets = Liabilities + Equity
Substitute the information you are given
183,000 = Liabilities + 887,000
Isolate "Liabilities". Subtract 887,000 on both sides.
183,000 - 887,000 = Liabilities + 887,000 - 887,000
-704000 = Liabilities
This problem is impossible if the equity is 887,000 with 183,000 being the assets. The liabilities will be a negative number.
If the equity = 87,000, following the same steps:
Assets = Liabilities + Equity
183,000 = Liabilities + 87,000
183,000 - 87,000 = Liabilities + 87,000 - 87,000
96,000 = Liabilities
Liabilities = 96,000
Therefore, the total liabilities amount to $96,000.
Answer:
the answer is c
1,175/3mm3
Step-by-step explanation:
I got it right
Answer:
Actually:
V = 500/3
Answer:
A) The vertex of CDH would be point D.
B) The sides of CDH would be CD & HD.
C) Classify CDH as an acute angle.
Step-by-step explanation:
A) Those are just where they meet in the middle, and D is the middle point of CDH.
B) Those are literally just the sides.
C) There's acute, obtuse, right etc. angles. Acute angles are less than 90 degrees. And your angle is definitely less than 90.
Enter your answer in the box.
Hey, this is worked out the same way as the last problem you posted!
Remember that constant of proportionality is slope...
(y2-y1) ÷ (x2 -x1)
↓
(225 - 135) ÷ (5 - 3)
↓
90 ÷ 2
↓
45
The constant of proportionality is 45
The amount A resulting from a principal amount P being invested at rate r compounded continuously for time t is given by
... A = P·e^(rt)
FIll in your given values and solve for P.
... 25000 = P·e^(0.0525·12) = P·e^0.63
... P = 25000/e^0.63 ≈ 13314.80 . . . . . divide by the coefficient of P
The amount that must be invested is $13,314.80.
An initial investment (P) compounded continuously with a rate of interest (r) in time (t) will grow to amount (Q) is given by:
Q = P * e^(rt)
Q=25000, r=0.0525, t=12
25000 = P * e^(0.0525*12)
1.8776P = 25000
P = 13314.8