Opetussuunnitelmat

Objective

Meaning of the course
You will study physics with agrotechnology. You will study chemistry with nutrition of plants and animals.

Competences

Learning outcomes
You will know the key physical quantities in regard to agricultural technology. You will know the key organic and inorganic chemistry in regard to the nutrition of crops and animals. You will know the key organic and inorganic chemistry in regard to water ecology.

Content

Velocity, acceleration, flow, force, pressure, moment, work, power, energy, efficiency
Salts, acids, bases, proteins, carbohydrates, fats
Nutrients, iron, aluminium and pH in the water ecosystem

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

1 Adequate
You will know the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

2 Satisfactory
You will understand the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, good (3)

3 Good
You can apply key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

4 Very Good
You can apply and analyze key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, excellent (5)

5 Excellent
You can evaluate key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Objective

Meaning of the course
You will study physics with agrotechnology. You will study chemistry with nutrition of plants and animals.

Competences

Learning outcomes
You will know the key physical quantities in regard to agricultural technology. You will know the key organic and inorganic chemistry in regard to the nutrition of crops and animals. You will know the key organic and inorganic chemistry in regard to water ecology.

Content

Velocity, acceleration, flow, force, pressure, moment, work, power, energy, efficiency
Salts, acids, bases, proteins, carbohydrates, fats
Nutrients, iron, aluminium and pH in the water ecosystem

Materials

Ahokas, J. & Hautala, M. 2011. Agroteknologian perusteita. Helsingin yliopisto.
Other specified materials.

Teaching methods

Lessons and assignments.

Student workload

Lessons, other contact teaching and exam 40 h. Independent study 24 h. Task assignments 44 h.

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

1 Adequate
You will know the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

2 Satisfactory
You will understand the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, good (3)

3 Good
You can apply key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

4 Very Good
You can apply and analyze key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, excellent (5)

5 Excellent
You can evaluate key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Objective

Meaning of the course
You will study physics with agrotechnology. You will study chemistry with nutrition of plants and animals.

Competences

Learning outcomes
You will know the key physical quantities in regard to agricultural technology. You will know the key organic and inorganic chemistry in regard to the nutrition of crops and animals. You will know the key organic and inorganic chemistry in regard to water ecology.

Content

Velocity, acceleration, flow, force, pressure, moment, work, power, energy, efficiency
Salts, acids, bases, proteins, carbohydrates, fats
Nutrients, iron, aluminium and pH in the water ecosystem

Materials

Ahokas, J. & Hautala, M. 2011. Agroteknologian perusteita. Helsingin yliopisto.
Other specified materials.

Teaching methods

Lessons and assignments.

Student workload

Lessons, other contact teaching and exam 40 h. Independent study 24 h. Task assignments 44 h.

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

1 Adequate
You will know the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

2 Satisfactory
You will understand the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, good (3)

3 Good
You can apply key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

4 Very Good
You can apply and analyze key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, excellent (5)

5 Excellent
You can evaluate key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Objective

Meaning of the course
You will study physics with agrotechnology. You will study chemistry with nutrition of plants and animals.

Competences

Learning outcomes
You will know the key physical quantities in regard to agricultural technology. You will know the key organic and inorganic chemistry in regard to the nutrition of crops and animals. You will know the key organic and inorganic chemistry in regard to water ecology.

Content

Velocity, acceleration, flow, force, pressure, moment, work, power, energy, efficiency
Salts, acids, bases, proteins, carbohydrates, fats
Nutrients, iron, aluminium and pH in the water ecosystem

Materials

Ahokas, J. & Hautala, M. 2011. Agroteknologian perusteita. Helsingin yliopisto.
Other specified materials.

Teaching methods

Lessons and assignments.

Exam schedules

Exam in classroom.

Student workload

Lessons, other contact teaching and exam 40 h. Independent study 24 h. Task assignments 44 h.

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

1 Adequate
You will know the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

2 Satisfactory
You will understand the key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, good (3)

3 Good
You can apply key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

4 Very Good
You can apply and analyze key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.

Assessment criteria, excellent (5)

5 Excellent
You can evaluate key physical quantities, inorganic and organic chemistry regarding agricultural technology, plant cultivation and domestic animal husbandry.