Hummm... i think the answer is.. D....
Hope this is correct!
Certain bacteria hope it helps
Answer:
General compensatory
Explanation:
Damages are a remedy in the form of a monetary award to be paid to a claimant as compensation for loss or injury. To warrant the award, the claimant must show that a breach of duty has caused foreseeable loss. To be recognised at law, the loss must involve damage to property, or mental or physical injury; pure economic loss is rarely recognised for the award of damages.
Compensatory damages are grouped into special damages: which are economic losses such as loss of earnings, property damage and medical expenses, and general damages: which are non-economic damages such as pain and suffering and emotional distress. Our ordeal here falls under the General Damage
General damages compensate the claimant for the non-monetary aspects of the specific harm suffered. This is usually termed 'pain, suffering and loss of amenity'.
Answer: Hii my name is Alice and this is the answer for your question: Geothermal energy.
Explanation:
There are two main types of geothermal energy, shallow geothermal and deep geothermal. This method harnesses both the solar energy supplied to the Earth's surface by the sun as well as the heat from the Earth's core.
Hope I helped!
Answer:
1) parallel-after-discharge
Explanation:
Neural circuits are defined as the connections between neurons. These neural circuits are of four types:
- Diverging circuits, found in sensory and motor neurons, diverge a single nerve impulse to multiple neurons in the circuit, amplifying the original signal.
- Convergent circuits, also found in sensory and motor pathways, converge multiple nerve impulses into a single one. These pathways are predominantly involved in inhibition and stimulation.
- Reverberating circuits, involved in control of sleep-wake cycle and breathing, consist of a neuron chain along which the impulse travels.
- Parallel after discharge, involved in cognition and mental processing, are a combination of convergent and divergent circuits. They result in an output impulse that lasts at least 15 m/s after the input impulse ends.
