<span>(1)
Merkel receptor – disk shaped, close to surface, slow adapting, small
receptive field, respond best to PRESSURE and TEXTURE.
(2) Meissner corpuscle – stack of flattened cells with nerve fiber
weaving through, close to surface, rapidly adapting, small reception
force, respond best to LIGHT TOUCH, such as tapping or fluttering.
(3) Ruffini cylinder – many branched fibers in cigar shaped capsule,
deep in dermis, slow adapting, large reception force, respond best to
STRETCHING and play important role in kinesthetic sense.
(4) Pacinian corpuscle – layered, onion-like, deep in dermis, fast
adapting, large reception force, respond best to DEEP PRESSURE touch and
high frequency VIBRATION.
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It remains constant. (stays the same)
Answer:
We will use an acid-base indicator to see changes in colour depending on the pH
Explanation:
The pH changes during a titration, so you could use an acid-base indicator to follow the changes in pH.
A is wrong. An acid-base titration does not usually form a solid, and it would be impractical to isolate a solid with a funnel.
B is wrong. There are no changes in mass.
C is wrong. Any changes in temperature would be too small to measure precisely with an ordinary thermometer.
Answer:
salty foods
Explanation:
Salty foods like chips, frozen dinners, and fast food may impair your body's immune response, as high salt diets may trigger tissue inflammation and increase the risk of autoimmune diseases.
Answer:
The Equation for this reaction is as follow,
2 Cr(ClO₃)₃ → 2 CrCl₃ + 9 O₂
According to eq,
604.68 g (2mole) of Cr(ClO₃)₃ produces = 288 g (9 moles) of O₂
So,
146.5 g of Cr(ClO₃)₃ will produce = X g of O₂
Solving for X,
X = (146.5 g × 288 g) ÷ 604.68 g
X = 69.77 g of O₂