Ocean sediment core provides a climate record of the past 70 million years.
1880 is the reliable global record which we can say the climate began. Proxies(climate) helps the scientists to determine the climatic patterns even before starting record-keeping.
Some examples of proxies are sub-fossil pollen, lake and ocean sediments, tree rings, and ice cores. Climatic of the time influenced the growth rate of proxies material. It is from proxies where we can recover quantities of particular isotopes from climatic changes.
The combination of proxies can produce temperature reconstruction which is longer the instrumental temperature.
Answer:
Jenkins Manufacturing
Joe should produce using the new equipment.
Explanation:
a) Costs incurred using the old equipment:
Variable costs = $45,000 ($50 x 900)
Fixed costs = $40,000
Total costs = $85,000
Operating Loss = $22,000 ($63,000 - 85,000)
b) Costs incurred using the new equipment:
Variable costs = $22,500 ($25 x 900)
Fixed costs = $60,000
Total costs = $82,500
Operating Loss = $19,500 ($63,000 - 82,500)
Production using the new equipment would reduce the operating loss by $2,500.
Answer:
D. Both B and C
Explanation:
Based on the information provided within the question it can be said that you must go to The Building Codes and Building Officials Conference of America. This is where every company must go in order receive the guidelines of the materials that are approved by the government for all development procedures including construction, electrical wiring etc.
Answer:
$13,532
.00
Explanation:
The cost allocation is usually based on a measurable factor such as area occupied, number of students etc. The more the measurable factor related to a unit/department, the more the cost assigned to the departments on the basis of the size of the measurable value.
Total number of employees
= 640
the amount of cost allocated to Department B under the direct method would be
= 199/640 * $43,520
= $13,532
Answer:
The present value of the annuity is $73,091.50
Explanation:
Use the following formula to calculate the present value of the annuity
Present value of annuity = ( Annuity Payment x Annuity factor for first 6 years ) + [ ( Annuity Payment x Annuity factor for after 6 years ) x Present value factor for 6 years ]
Where
Annuity Payment = $1,000
Annuity factor for first 6 years = 1 - ( 1 + 16%/12 )^-(6x12) / 16%/12 = 46.10028344
Annuity factor for after 6 years = 1 - ( 1 + 13%/12 )^-((17-6)x12) / 13%/12 = 70.0471029820
Present value factor for 6 years = ( 1 + 16%/12)^-(6x12) = 0.385329554163
Placing values in the formula
Present value of annuity = ( $1,000 x 46.10028344 ) + [ ( $1,000 x 70.0471029820 ) x 0.385329554163 ]
Present value of annuity = $46,100.28 + $26,991.22
Present value of annuity = $73,091.50
