Answer:
July 1
No Entry
Sep 1
Dr Cash $2,000
Dr Accounts Receivable $400
Dr Cost of goods sold $1,100
Cr Inventory $1,100
Cr Unearned Service Revenue $554
Cr Sales Revenue $1,846
Oct 15
Dr Cash $400
Dr Unearned Service Revenue $554
Cr Service Revenue $554
Cr Accounts Receivable $400
Explanation:
Preparation of the journal entries for Geraths in 2020.
July 1
No Entry
Sep 1
Dr Cash $2,000
Dr Accounts Receivable $400
($2400-$2000)
Dr Cost of goods sold $1,100
Cr Inventory $1,100
Cr Unearned Service Revenue $554
($600/$600+$2000*$2400)
Cr Sales Revenue $1,846
($2,000/$600+$2000*$2400)
Oct 15
Dr Cash $400
($2400-$2000)
Dr Unearned Service Revenue $554
Cr Service Revenue $554
($600/$600+$2000*$2400)
Cr Accounts Receivable $400
($2400-$2000)
Answer:
Annual deposit= $37,714.37
Explanation:
Giving the following information:
The villa costs $500,000 today, and housing prices in Mexico are expected to increase by 6% per year. Manny and Irene want to make fifteen equal annual payments into an account, starting today, so there will be enough money to purchase the villa in fifteen years.
The account earns 10% per year.
First, we need to calculate the final value of the house with the following formula.
FV= PV*(1+i)^n
FV= 500,000*(1.06^15)=$1,198,279.1
Now, we can calculate the annual payments required:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,198,279.1*0.10)/[(1.10^15)-1]
A= $37,714.37
Answer:
E = 1.20 × 
N/C
V = 1800 V
x = 0.058 m
Explanation:
given data
radius = 15 cm
net charge = 3 × 
C
electric potential decreased = 500 V
solution
we get here electric field at the sphere’s surface that is
electric field at the sphere’s surface E = 
............1
put here value
electric field at the sphere’s surface E = 
E = 1.20 × N/C
and
potential on surface of sphere is
V = 
................2
V = 
V = 1800 V
and
now we get distance that is x
and we know here
ΔV = V(x) - V ..............3
substitute here value
-500V = 
-500 V = 
solve it we get x
x = 0.058 m
Answer:
A) adding more workers exhausts the possible gains from specialization.
Explanation:
When a worker specializes in a certain task, they will become more productive and efficient in performing the task. Worker specialization takes a long time, so it only applies in the long run.
In the short run when a company wants to increase its output, it cannot rely on worker specialization since they don't have the time to wait, they must hire more workers.
