Answer:
stop being spoopy im scurred (._.)
Explanation:
eh still not scarry
~(￣▽￣)~
Living things are divided into five kingdoms: animal, plant, fungi, protist and monera. Living things are divided into five kingdoms: animal, plant, fungi, protist and monera.
Answer:
it evolve heat to surrounding
Answer:
Density Increases, its Mass Decreases, Its Volume Increases.
Explanation:
would be more exergonic if phosphate did not have resonance structures
results in products that are less solvated than the ATP
is usually in the form of ATP -> ADP Pi or ATP -> AMP PPi
Answer:
The correct answer is to ADP and Pi is the most common mechanism for transferring free energy to drive endergonic reactions.
Explanation:
Many endergonic reactions(the free energy change of these reactions are highly positive) proceed in a thermodynamically unfavorable manner.
To make those reactions thermodynamically favorable,these reactions are coupled with hydrolysis of high energy compound such as hydrolysis of ATP to ADP and Pi.
As a result the free energy change of those reactions becomes negative which allow those reactions to proceed in a thermodynamically favorable manner.
The cell body usually contains receptors and is responsible for receiving information.
All statements are correct.
Information must be processed in the dendrite before moving to the cell body.
Nerve cells usually have several axons and one dendrite.
Answer:
All the statement are correct
Explanation:
Neurons are cells that are part of the nervous system. Neurons are also the cells used for receiving information and also used in transmitting it through electrical impulses allover the large communication networks, throughout the nervous system.
The ability to understand your environment like seeing, hearing, smelling, feeling, liking and the ability to remember, with the effort of senses and the characteristics of neural cells to make us connect quickly and effectively, we can receive information from outside world.
O Attitude, Effort, Compassion
O Strength, Power, Finesse
O Athletic Ability, Talent, Sportsmanship
The basic components of an effective golf swing include A. Grip, Setup, Stance, Backswing/Downswing.
It should be noted that a good golf wing should have main parts which are the grip, setup, stance, and backswing or downswing.
The golf player should swing effectively and maintain the proper spine angle in the positions. When hitting a golf ball, it's important to look at the back inside quarter of the ball. This is vital to enhance an inside swing.
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An effective golf swing is composed of five basic components: grip, setup, stance, backswing, and downswing. Each step aids in achieving a versatile, controlled, and powerful swing which contributes to a player's overall performance.
The basic components of an effective golf swing include the grip, setup, stance, and the actions of backswing and downswing. The grip refers to how you hold the club, where a neutral grip allows the best versatility. The setup includes positioning in relation to the ball, posture, and alignment to the target. The stance concerns the placement of your feet, the ideal width being about shoulder-width apart. Commencing the swing, the backswing is the initial upward movement of the club. It should be a smooth, controlled motion, preparing for the energetic downswing. The downswing is the movement that launches the ball, starting from the ground up with your feet and legs initiating the motion.
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radioactive isotopes
special stains
high temperatures
Answer:
When viewing a specimen through a light microscope, scientists use special stains to distinguish the individual components of cells.
Explanation:
Microscope cell staining -
Microscope cell staining is a method that is used to for the better visualization of the cells and the parts of the cell , when are studied under microscope .
Stains are basically a type of biological tissues .
By the use of different type of stains , a nucleus of the cell or the cell wall of the cell are viewed easily , cells are sometimes stained in order to highlight metabolic process and can be used to find the difference between a dead or a live cell .
Some type of stains are specific for living cells , but some stains can work both for living as well as the non living cells .