Pretty sure its true, because i cant think of how it could be false. Hope i helped
This doesn't make sense because the rate of water transport related to the particle's size and water's velocity doesn't correlate. I'd say the answer is False.
The correct answer is: Genome-wide association studies.
Genome-wide association study is a study of genome-wide set of genetic variants. It is performed in different individuals in order to see if any variant is associated with a trait. Most commonly observed variants are single-nucleotide polymorphisms (SNPs) and their association with traits like major human diseases.
Answer:
1. The difference in charge across the membrane is called the - membrane potential.
2. It is measured in mV
3. At resting potential, the charge of the outside of the neuron is 70 mV less negative than the inside
4. Once a stimulus changes the membrane potential, the neuron conducts an impulse called a(n) Action Potential
5. This causes the charge outside the cell to temporarily become positive and the inside to temporarily become negative
6. When the action potential arrives at the axon terminal it reaches a junction called the Chemical Synapse
Explanation:
1. The difference in charge across the membrane is called the - membrane potential.
2. It is measured in mV
3. At resting potential, the charge of the outside of the neuron is 70 mV less negative than the inside
4. Once a stimulus changes the membrane potential, the neuron conducts an impulse called a(n) Action Potential
5. This causes the charge outside the cell to temporarily become positive and the inside to temporarily become negative
6. When the action potential arrives at the axon terminal it reaches a junction called the Chemical Synapse
Answer:
They are like each other
Explanation:
Your skin covers your body, protecting it from abrasion, water loss, and infection and secreting conditioning substances. The epidermis of a plant serves similar functions. Usually a single layer of closely-packed cells, epidermal tissue covers leaves and young stems and roots of vascular plants. Most epidermal cells secrete waxy substances which form a cuticle, or waterproof covering, over the aerial surfaces of the plant, such as the stems and leaves. The cuticle also resists viral, bacterial, and fungal invasion.
