Answer:
The correct answer is letter "C": forward vertical integration.
Explanation:
Forward integration happens when a company assumes roles that were initially carried out by its supply chain partners. Forward integration can be horizontal and vertical. Forward horizontal integration happens when one firm takes over another at the same supply chain level. In forward vertical integration, the companies situated further down the supply chain are taken over by a company which implies the integrating firm will be making direct contact with end-consumers.
Let the original price be x.
then,
x- 25% of x= 24
x- 25x/100 = 24
x- x/4=24
3x/4=24
3x= 96
x= 32
in short...the original price= 32 dollars
Answer:
$75
Explanation:
$5 to $6.5 is a 1.3% increase and if the investor bought 50 shares of $5 he bought a total of $250 worth of stock. If you multiply the $250 by 1.3% it will be $325. But the question asks for the capital gain so you would subtract $325 and $250 which is $75.
Answer:
Deposits and other credits increasing the account during the period.
End-of-period balance in the account.
Beginning-of-period balance in the account.
Checks and other debits decreasing the account during the period.
Explanation:
A bank's monthly statement may be described as document showing transaction details which occurred on a bank account during a specified period of time. The monthly statement will include balance or amount in the account at the beginning of the period. The record of deposits and inflow of funds or credits in the account. The monthly statement will also include outflow, which are withdrawals and debits occurring on the account at the specified period of time. Also, the statement will include the balance at the end of the specified period of time.
Answer:
wavelength of the second photon emitted is 97.26 nm
Explanation:
Data provided;
Wavelength absorbed = 94.98 nm
Wavelength of the one of the emitted photon = 4052.3 nm
Now,
The energy is given as:
Energy =
here,
h is the plank's constant
c is the speed of the light
λ is the wavelength
Now,
by the principle of conservation of energy
Initial energy = Final energy
Therefore,
=
+ 
or
=
-
or
=
-
or
= 0.0105 - 2.46 × 10⁻⁴
or
= 0.01028
or
λ₁ = 97.26 nm
Hence,
the wavelength of the second photon emitted is 97.26 nm