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Argonomic of the wheat crop ?
Anonymous
Feb 2
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Feb 2
The term "argonomic" is not a recognized term in the field of agriculture. It is possible that you meant to refer to "agronomic," which relates to the science and practice of crop production and soil management.
In the case of the wheat crop, agronomics plays a crucial role in optimizing its growth and yield. Here are some key aspects of the agronomics of wheat:
1. Soil requirements: Wheat prefers well-drained soils with good water-holding capacity. It grows best in loamy or clayey soils with a pH range of 6.0 to 7.5. Adequate soil fertility, including essential nutrients like nitrogen, phosphorus, and potassium, is essential for optimal growth.
2. Planting: Wheat is typically planted in the fall or early spring, depending on the variety and climate. The recommended planting depth is around 1-2 inches, and the optimal plant density varies depending on the specific variety and management practices.
3. Crop rotation: To minimize disease and pest pressure, it is advisable to rotate wheat with other crops. Common rotation crops include legumes like soybeans or peas, as they fix nitrogen in the soil, benefiting subsequent wheat crops.
4. Fertilization: Proper nutrient management is crucial for wheat production. Soil testing is recommended to determine the nutrient requirements, and fertilizers are applied accordingly. Nitrogen is particularly important for wheat, as it is a major component of proteins.
5. Weed control: Weeds can compete with wheat for resources, reducing yield. Effective weed control measures, such as herbicide application, crop rotation, and timely cultivation, are essential to minimize weed interference.
6. Disease and pest management: Wheat is susceptible to various diseases and pests, including rusts, powdery mildew, aphids, and Hessian flies. Integrated pest management strategies, including resistant varieties, crop rotation, and timely application of fungicides or insecticides, are employed to manage these threats.
7. Irrigation: Adequate water supply is crucial for wheat growth and development. Irrigation practices vary depending on the climate, soil moisture levels, and rainfall patterns. Proper irrigation scheduling and methods help ensure optimal water use efficiency.
8. Harvesting: Wheat is typically harvested when the grains reach physiological maturity, indicated by a golden color and a moisture content of around 13-14%. Proper harvesting techniques, including the use of appropriate machinery and timely harvesting, are important to minimize losses and maintain grain quality.
Overall, the agronomics of wheat involve a range of practices aimed at optimizing soil fertility, planting, nutrient management, weed and pest control, irrigation, and harvesting. These practices contribute to maximizing yield, quality, and profitability of the wheat crop.
In the case of the wheat crop, agronomics plays a crucial role in optimizing its growth and yield. Here are some key aspects of the agronomics of wheat:
1. Soil requirements: Wheat prefers well-drained soils with good water-holding capacity. It grows best in loamy or clayey soils with a pH range of 6.0 to 7.5. Adequate soil fertility, including essential nutrients like nitrogen, phosphorus, and potassium, is essential for optimal growth.
2. Planting: Wheat is typically planted in the fall or early spring, depending on the variety and climate. The recommended planting depth is around 1-2 inches, and the optimal plant density varies depending on the specific variety and management practices.
3. Crop rotation: To minimize disease and pest pressure, it is advisable to rotate wheat with other crops. Common rotation crops include legumes like soybeans or peas, as they fix nitrogen in the soil, benefiting subsequent wheat crops.
4. Fertilization: Proper nutrient management is crucial for wheat production. Soil testing is recommended to determine the nutrient requirements, and fertilizers are applied accordingly. Nitrogen is particularly important for wheat, as it is a major component of proteins.
5. Weed control: Weeds can compete with wheat for resources, reducing yield. Effective weed control measures, such as herbicide application, crop rotation, and timely cultivation, are essential to minimize weed interference.
6. Disease and pest management: Wheat is susceptible to various diseases and pests, including rusts, powdery mildew, aphids, and Hessian flies. Integrated pest management strategies, including resistant varieties, crop rotation, and timely application of fungicides or insecticides, are employed to manage these threats.
7. Irrigation: Adequate water supply is crucial for wheat growth and development. Irrigation practices vary depending on the climate, soil moisture levels, and rainfall patterns. Proper irrigation scheduling and methods help ensure optimal water use efficiency.
8. Harvesting: Wheat is typically harvested when the grains reach physiological maturity, indicated by a golden color and a moisture content of around 13-14%. Proper harvesting techniques, including the use of appropriate machinery and timely harvesting, are important to minimize losses and maintain grain quality.
Overall, the agronomics of wheat involve a range of practices aimed at optimizing soil fertility, planting, nutrient management, weed and pest control, irrigation, and harvesting. These practices contribute to maximizing yield, quality, and profitability of the wheat crop.
1
Dawit dakama Sala
Feb 2
Allen, Bruce, and Carl are partners in Allen and Company. Their capital balances and profit and loss ratios are as follows:
Capital
Distribution ratio
Allen
$162,000
.5
Bruce
108,000
.2
Carl
Required:
135,000
.3
Allen, Bruce, and Carl are partners in Allen and Company. Their capital balances and profit and loss ratios are as follows:
Capital
Distribution ratio
Allen
$162,000
.5
Bruce
108,000
.2
Carl
Required:
135,000
.3
PART A
Assume that Allen will retire from the partnership and that he will be paid $195,000. Prepare alternative journal entries to record Allen’s retirement.
PART B
Assume that Allen does not retire and that Doris is to be admitted into the partnership on investing cash of $150,000 for 25% of capital. Prepare alternative journal entries to record the investment of Doris.
PART A
Assume that Allen will retire from the partnership and that he will be paid $195,000. Prepare alternative journal entries to record Allen’s retirement.
PART B
Assume that Allen does not retire and that Doris is to be admitted into the partnership on investing cash of $150,000 for 25% of capital. Prepare alternative journal e
Capital
Distribution ratio
Allen
$162,000
.5
Bruce
108,000
.2
Carl
Required:
135,000
.3
Allen, Bruce, and Carl are partners in Allen and Company. Their capital balances and profit and loss ratios are as follows:
Capital
Distribution ratio
Allen
$162,000
.5
Bruce
108,000
.2
Carl
Required:
135,000
.3
PART A
Assume that Allen will retire from the partnership and that he will be paid $195,000. Prepare alternative journal entries to record Allen’s retirement.
PART B
Assume that Allen does not retire and that Doris is to be admitted into the partnership on investing cash of $150,000 for 25% of capital. Prepare alternative journal entries to record the investment of Doris.
PART A
Assume that Allen will retire from the partnership and that he will be paid $195,000. Prepare alternative journal entries to record Allen’s retirement.
PART B
Assume that Allen does not retire and that Doris is to be admitted into the partnership on investing cash of $150,000 for 25% of capital. Prepare alternative journal e
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