Answer:
The reason why many sustainable fishing and forestry practice depend on the actions of consumers like me is:
- <u>The offer is aimed at satisfying the demand for these products</u>.
Explanation:
Sustainable fishing and forestry are based on allowing future generations to access the same products that we currently have, for this reason, a sustainable fishing practice can be waiting for fish to reproduce, in order to not to overexploit them and thus to extinguish them, however, as mentioned in the answer, the offer is aimed at satisfying the demand, therefore, <u>if consumers like me demand sea products even though they are not in the breeding season or without providing the time for the ecosystem to recover the extracted products, the supply will be forced to supply the demand despite the extinction of a species; The same applies to sustainable forestry, if they carry out reforestation work on wood products in proportions 10-1 (10 plants planted for each tree cut) or higher, but the consumer does not provide the prudent time to obtain wood products again, the indiscriminate felling in order to supply the product required by the consumer</u>.
The temperature at stagnation point is 78246K. The answer is an overestimate of the actual value.
<u>Explanation:</u>
Given:
Mach number, M = 38
Atmospheric temperature, Tₐ = 270K
γ = 1.4
Temperature at the station point, Tₓ = ?
We know,
Tₓ = 270 X [ 1 + (38*38) X (1.4-1) /2]
Tₓ = 270 X [ 1 + 577.6/2]
Tₓ = 270 X [1 + 288.8]
Tₓ = 270 X 289.8
Tₓ = 78246K
Therefore, the temperature at stagnation point is 78246K which seems to be inaccurate because the assumption of a calorically perfect gas holds good up to M = 5.
The answer is an overestimate of the actual value.
Answer:
Changeable™ Color Change Markers
Explanation:
Theyre really good, ive bought some
Answer:
Explanation:
Let's write the equation of the production rate for the assembly machine :
Where is the production rate for the assembly machine.
Where is the ideal cycle time
Where n is the number of stations.
Where m is the number stations that get jam when the defect occurs.
Where p is the defect rate at each station.
And where is the average downtime per breakdown
We are looking for the hourly production rate ⇒
⇒
⇒
⇒
m = 1.0 in the equation.
Answer:
78
Explanation:
6318 78 = 81
81 = 810 to the nearest tenth
81 = 81 to the nearest hundredth
81 = 81 to the nearest thousandth
= 0 to the nearest tenth
= 0 to the nearest hundredth
= 0 to the nearest thousandth
might be wrong