<span>Larger vehicles tend to have longer stopping distances than other vehicles because they weigh more. Vehicles that way more take more time to slow down when traveling at the same speed as a vehicle that weighs less. For this reason, they take more time to slow down and need a larger stopping distance. </span>
Answer:
Lower interest rates – reduce cost of borrowing and increase consumer spending and investment.
Increased real wages – if nominal wages grow above inflation.
Higher global growth – leading to increased export spending.
Devaluation, making exports cheaper and imports more expensive, increasing domestic demand.
Explanation:
Some ways you can help the economy are
1. Lower interest rates – reduce cost of borrowing and increase consumer spending and investment.
2. Increased real wages – if nominal wages grow above inflation.
3. Higher global growth – leading to increased export spending.
4. Devaluation, making exports cheaper and imports more expensive, increasing domestic demand.
Answer:
Variable overhead rate variance = $ 875 favorable
Variable overhead efficiency variance = $ 4,185 favorable
Variable overhead cost variance = $5,060 Favorable
Explanation:
Standard hours = 1 hr x 2600 units = 2600 hours
Standard rate = $3.10
Actual hours = 1,250 hours
Actual rate = $2.40
Variable overhead rate variance = ( Standard Rate - Actual Rate ) x Actual Hrs
= ( $ 3.10 - $2.40 ) x 1250 Hrs
= $0.7 x 1250
=$ 875 favorable
Variable overhead efficiency variance = (Standard hours - Actual hours) x Standard Rate
= (2600 - 1250 ) x $ 3.10
= $ 4,185 favorable
Variable overhead spending variance = Variable overhead rate variance + Variable overhead efficiency variance
= $875 + $4,185
= $ 5,060 favorable
Variable overhead cost variance = Standard cost - Actual Cost
= (2600 X 3.10) - (1250 X 2.40) = 8,060 - 3000
= $5,060 Favorable
The answer is <u>"120 skiers per day".</u>
On average, 1,200 skiers in the village
On average, skiers stay in lavilla for 10 days
how many new skiers are arriving = ?
Applying Little's Law,
Flow Rate = Inventory / Flow Time
= 1200 skiers / 10 days
= 120 skiers per day
