1. What is a dendrite?
A) It is a cell that sends signals to the central nervous system based on sensory input.
B) It is the part of a neuron that carries information to the cell body.
C) It is a cell that sends signals to the body to move.
D) It is the part of the neuron that carries information away from the cell body.
2. What is the term for changes in the internal or external environment that cause a response?
A) stimuli
B) signals
C) nerves
D) messages
3. How do signals move from a sensory neuron toward the brain?
A) The signal is sent through the part of the neuron that is in contact with the spinal cord.
B) Signals move from dendrite to dendrite towards the brain.
C) Interneurons help signals move from one neuron to another toward the spinal cord.
D) Motor neurons signal for the body to move the signal toward the brain.
4. What part of the nervous system is very well protected by bone?
A) central nervous system
B) interneurons
C) peripheral nervous system
D) sensory neurons
5. You see a mosquito land on your hand and swat at it. A signal passes through many parts of different neurons to make this happen. Which component of the nervous system is the last to be involved in this process?
A) dendrites in sensory neurons
B) axons in motor neurons
C) dendrites in motor neurons
D) axons in sensory neurons
34 answers
2. A
3. C
4. A
5. B
2.stimuli
3. Interneurons help signals move from one neuron to another toward the spinal cord.
4.central nervous system
5.axons in motor neurons
These are all right! I just did the quick check! The reason why you got it wrong is because the order changes!
Science 6 B Unit 6: Body Systems
1: It is the part of a neuron that carries information to the cell body.
2: stimuli
3: Interneurons help signals move from one neuron to another toward the spinal cord
4:central nervous system
5:axons in motor neurons
2 - stimuli
3 - Through interneurons in the brain and spinal cord that connect sensory neurons and motor neurons
4 - central nervous system
5 - axons in motor neurons
1. Number of Bones: Cats typically have around 244 bones in their skeletal system, while humans have an average of 206 bones. Cats have more bones due to their flexible backbone and numerous tail vertebrae.
2. Tail Structure: Cats use their tail for balance and communication. Their tail consists of numerous interlocking vertebrae, which allows for flexibility and agility. Humans, on the other hand, do not have a tail.
3. Clavicle (Collarbone): Cats do not have a well-developed collarbone or clavicle, which allows their front legs a greater range of motion. Humans, however, have a prominent clavicle that connects the arms to the axial skeleton.
4. Limb Structure: The limb structure of cats and humans differs. Cats have shorter, more flexible limbs built for swift movements and climbing. Humans have longer limbs adapted for walking and complex hand manipulation.
5. Rib cage Shape: The rib cage of a cat is more flexible and elastic compared to that of a human. This allows cats to easily squeeze through narrow spaces and increases their agility. Human rib cages are less flexible and primarily protect internal organs.
if you do use this i advise you to make a few changes just to be safe in case you cheating cuz im sure teachers can tell when some one is cheating so plz change a few things.
:) :) :)
Responses
It is a cell that sends signals to the central nervous system based on sensory input.
It is a cell that sends signals to the central nervous system based on sensory input.
It is the part of a neuron that carries information to the cell body.
It is the part of a neuron that carries information to the cell body.
It is the part of the neuron that carries information away from the cell body.
It is the part of the neuron that carries information away from the cell body.
It is a cell that sends signals to the body to move.
if you want a 90 % then go with hello.
personally thats the best option because these teachers are crazy bro.
they do anything to find yo aws
⚠️⚠️BUT! With @Hello! answers, on number 3, they worded it a bit incorrectly... @Sampton G Sampton worded it right. ⚠️⚠️