Answer:
Cake demand next year=1,267,498 units
Explanation:
Y=I+G
where;
Y=cake demand next year
I=initial demand
G=growth demand
Meaning;
Cake demand next year=Initial demand+growth demand
where;
Initial demand=1,207,141 units
growth demand=5% of initial demand
growth demand=(5/100)×1,207,141=60,357.05 units
replacing;
Cake demand next year=1,207,141+60,357.05=1,267,498.05
Cake demand next year=1,267,498.05 units rounded off to the nearest unit=1,267,498 units
Answer: Your team members should work together closely to write each section of the report.
Explanation: As per the given case, the initial investigation has already been done by the team.Thus, in the second phase they will need to gather different ideas and perspectives that should be implemented for achieving the goals.
Hence they should work closely so that more and more of ideas could be considered.
The M/B ratio is the ratio between the market value and the book value.<span> It is </span><span>one indicator used to measure the worth </span>
It is false that the average firm in each industry must have an M/B ratio that is equal to 1.0
Answer:
1- Change the advertising image of the brand. Every year trends change and therefore adjustments must be made so that the products adapt to the modern.
2- Market study to know if the products are advancing according to the project according to the participation of the square.
3- In the market study, the prices must also be reviewed, which must be consistent with the competition
4- Discounts could be offered on the products, to attract new customers.
The competitive advantages of performing these actions is that the products and in the consumer's mind will always be updated.
Answer:
Explanation:
a. Rolling resistance factor = 100 lb/ton for hauling as well return path Grade for haul route = 5%. Grade for return route = 0 From Table 14.2 – rutted dirt road – rolling resistance factor = 100 lb/ton, Rolling resistance on haul route = 100(75) = 7,500 lbs Rolling resistance on return route = 100(50) = 5,000 lbs Grade resistance, GR = % grade 20lb/ton/%grade weight on wheels (tons) Grade resistance on haul route = 5 × 20 × 75= 7,500 lbs
b. Effective (Equivalent) Grade = RR% + GR% To convert rolling resistance, RR into rolling resistance factor, RR%, divide rolling resistance by 20 (see section 14.5 in the text book) and therefore; Effective grade = + grade Effective grade while hauling = + 5 = 10% Effective Grade while returning = + 0 = 5%.
c) Considering the cycle time of the pusher and the scrapers, Scrapers to be used = = 6.4 The motivation is to keep the pusher busy all the time instead of waiting for the scraper to return If 6 scrapers are used, the pusher will be idle and the cost will be lower (since we will have 6 scrapers and 1 pusher). So is the productivity. If 7 scrapers are used, the scrapers will be idle and the productivity will be higher. So is the cost.
d)The productivity will depend on the scrapers (the pusher with idle time) which will be:
