Answer:
Just -in-Time(JIT)
Explanation:
Just in time is a lean manufacturing approach through which Organisation manage inventory in such a way that the supplies are received just at the time it is required, just-in-time is one of the key strategies adopted by Toyota in Japan in order to enhance its Efficiency and ensure that it doesn't take the cost of storing inventories in its operations.
Answer:
1.
Required rate = risk free rate + beta (market rate – risk free rate)
.12 = 0.0525 + 1.25(X – 0.0525)
1.25X – 0.065625 = .12 – 0.0525
1.25X = 0.0675 + 0.065625
X = .1333125/1.25
= 0.1065
Marker risk premium = market rate – risk free rate
= .1065 – 0.0525
= 0.054 (A)
2.
Beta of portfolio = (5000000/5500000)* 1.25 + (500000/5500000)* 1
= 0.90909* 1.25 + 0.090909* 1
= 1.136 + 0.090909
= 1.2273
3.
Required rate = risk free rate + beta (market rate – risk free rate)
= 0.0525 + 1.2273* 0.054
= 0.0525 + 0.06627
= .11877 or 11.88%
Answer:
a. $0.09
b. $0
c. -$0.09
Explanation:
Real rate = Nominal rate - inflation rate
a. Real rate = 2% - 1%
= 1%
Change in real wage = 9 * 1% = $0.09
b. = 2% -2% = 0%
Change in real wage = 9 * 0% = 0
c. = 2% - 3%
= -1%
Change in real wage = 9 * -1% = -$0.09
Chocolate products are protected throughout the distribution process. Flexible packaging keeps goods fresher for longer, as packaging can include foil layers that ensure that products are preserved. Flexible chocolate packaging provides valuable nutritional information that assist consumers in correct product selection.
hope it helps you
thank you
Radio-luminescent paints and signage, lantern mantles, vibrant ceramic glazes, and potassium-based salt alternatives are a few examples of items that contain radioactive substances.
An unstable radioactive material emits harmful radiation types. It is radioactive substances unstable because the electric force that seeks to separate the atom's nucleus from the rest of the atom is stronger than signage the strong nuclear force holding it together. The atoms will transform into more stable ones as a result of its instability.
Radioactivity can also be thought of in terms of energy. A radioactive atom radioactive substances contains more energy than it requires. When something has more energy than it requires, it will eventually lose signage that energy since the universe's energy tends to disperse. Energy in the universe cannot be generated or destroyed, therefore when a radioactive atom loses its excess energy through decay, it must go somewhere.
Learn more about radioactive substances here
brainly.com/question/1160651
#SPJ4
