Phase Rush + NEW Bruiser Items Challenger J4 Build | League of Legends Gameplay & Commentary



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30 thoughts on “Phase Rush + NEW Bruiser Items Challenger J4 Build | League of Legends Gameplay & Commentary”

  1. Steadfast Presence

    EFFECT RADIUS: 400

    CAST TIME: NONE

    COST: 50 MANA

    COOLDOWN: 24 / 22 / 20 / 18 / 16

    PASSIVE: Poppy's Armor icon.png total armor and Magic resistance icon.png total magic resistance are both increased by 10%, doubled to 20% when she falls Health icon.png below 40% maximum health.

    ACTIVE: Poppy gains Movement speed icon.png 40% bonus movement speed for 2 seconds and generates an aura around herself for the duration, causing all enemies who attempt to Dash.png dash into or within it to be dealt magic damage, Airborne icon.png knocked up for 0.5 seconds and, if they were successfully interrupted, Grounded icon.png grounded and Slow icon.png slowed by 25% for 2 seconds.

    MAGIC DAMAGE:

    70 / 110 / 150 / 190 / 230 (+ 70% AP)

    Steadfast Presence can only block a single dash per enemy per cast.

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  2. I understand that having sound on may be distracting but I guess leaving the sound effects only on with a low value may be helpful I guess
    I got many kills just by hearing recall sounds out of vision and listening to some champs abilities without looking at them, you'll be ignoring most of the non important audio anyways exactly like what you do with your vision, when you are in a noisy environment you'll be ignoring everything, but once someone say your name even with a whisper you'll spot it somehow even without expecting it.
    Plus there is a study stying that we react by sound faster than vision.

    I respect your choices and find it amazing that you are playing in a high level without sound (because it means you scan everything on the screen quickly) but I think it's worth giving it a shot and try the game with low audio, because it may help you improve more 😀 especially that your brain isn't waiting to hear an ability hiting to decide what to do next, so basically you with audio is like us with mini hacks or smth lol

    The reason why I'm bothering writing this is because I learned a lot from you and admire the way you play and think, so I'd like to be helpful for you if possible as well 🙂

    Well at least I'm helping the algorithm if nothing lol.

    Fun fact: some champions will say some specific voice lines when an enemy is near even out of vision, like Akshan when Ez is near him. Voice lines are the most distracting thing imo by they are fun when you are on a smurf account or something.

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  3. Yo, here are my notes on hormones and behaviour

    Chemical Communication

    Synaptic communication

    When the released chemical (neurotransmitter) diffuses a small distance across the synaptic cleft resulting in a change in the postsynaptic membrane

    External communication

    When the released chemical travels outside the body and affects other individuals

    When those individuals are of the same species, the chemical is called a pheromone

    When they are of a different species, the chemicals are known as allomones

    Endocrine communication

    When the released chemical, called a hormone, travels through the bloodstream to selectively affect distance target organs

    Hormones are organic chemical messengers which are produced and released by specialized ductless glands called endocrine glands

    The endocrine glands secrete hormones directly into the blood

    The major glands include the hypothalamus, ovaries, testes, pituitary, and thyroid

    Hormones

    Almost all hormones act on more than one target organ

    The endocrine system and the nervous system work together, integrating various body systems to produce adaptive responses to the environment

    Hormones control and regulate reproduction, metabolism and energy balance, growth and development, body defense, and general homeostasis (water, nutrient, and electrolyte balance)

    How Hormones Work

    The brain has strict control over hormone secretion

    The brain has receptors to detect almost all hormones

    Uses these receptors to monitor the release of the hormones

    This functionality is carried out by the hypothalamus and the pituitary glands

    The pituitary gland regulates most other endocrine glands

    Sometimes referred to as the master gland

    The pituitary gland is controlled by the hypothalamus

    Neuroendocrine cells released the hormone into our local or systemic circulation

    Neuroendocrine cells receive synaptic input from other neurons

    If the cells become excited past some threshold, they produce action potentials

    Neuroendocrine cells release hormones directly into the bloodstream

    This in comparison to regular neurons which release neurotransmitters into a synapse

    Categories of Hormones

    Hormones are subdivided into two broad categories

    Steroid Hormones

    Synthesized from cholesterol and produced in the adrenal glands, the ovaries (for women), and the testes (for men)

    Common steroids include aldosterone and cortisol

    Steroids produced in the ovaries and testes include progesterone, testosterone, and estrogen

    Nonsteroid Hormones

    Nonsteroid hormones are short chains of amino acids and from the building blocks of proteins

    Nonsteroid hormones include insulin, leptin, and ghrelin

    Hormones of the Posterior Pituitary

    ADH (Vasopressin)

    Prevents the loss of water

    ADH is released when salt is overly concentrated in blood plasma

    The blood plasma carries water, salt, and enzymes

    When there is too much salt, the plasma is said to be hypertonic

    In this state, cells lose water

    ADH is then released by the hypothalamus, which is then released into the posterior pituitary

    In turn, the posterior pituitary releases ADH into the general circulation

    This then induces the kidneys to retain water and decrease perspiration

    During severe blood loss it also increases blood pressure

    By constricting blood vessels

    Oxytocin

    Involved in reproductive functions

    E.g. it’s release causes contractions of the uterus during birth

    Also responsible for the “letdown” reflex

    Oxytocin is released in response to stimulation of the nipple, causing a milk letdown

    This reflex can also become condition to environmental stimuli, leading to the release of oxytocin in response to the sight or sound of a crying baby

    Hormones of the Anterior Pituitary

    Thyroid-Stimulating Hormone (TSH)

    Induces the thyroid gland to release the hormone thyroxine

    Thyroxine maintains the body’s metabolic rate, muscle control, and brain development

    Infants born with insufficient levels of thyroxine will suffer intellectual deficiency unless it is administered to them shortly after birth

    Hypothyroidism is a condition in which the thyroid gland does not produce enough thyroxine

    Common consequences of hypothyroidism are depression, fatigue, and memory impairments

    The opposite condition, hyperthyroidism, occurs when the thyroid gland produces too much thyroxine

    This increases the body’s metabolic rate

    Can lead to weight loss, anxiety, irritability, fatigue, and muscle weakness

    Adrenocorticotropic Hormone (ACTH)

    ACTH is at the center of what is known as the stress response

    Stress response activity is activated by the hypothalamic pituitary-adrenal (HPA) axis

    In the presence of some stressor, the hypothalamus releases corticotropin-releasing hormones (CRH) into the anterior pituitary

    In response to CRH, the anterior pituitary releases ACTH into general circulation

    ACTH binds to receptors in the adrenal glands located on top of the kidneys

    The binding of ACTH to these receptors then stimulates the release of the hormone cortisol

    Cortisol is involved in the fight or flight system in the sympathetic nervous system (SNS)

    This can provide the body with a burst of energy by preventing glucose from being stored, thus making more of it available to the muscles, while shutting down processes that are not essential for immediate survival

    Prolactin

    Stimulates the production of milk

    Prolactin is released in response to the release of prolactin-releasing peptide from the hypothalamus

    Growth Hormone (GH)

    GH is released from the anterior pituitary in response to the release of growth hormone-releasing hormone (GHRH) from the hypothalamus

    GH is responsible for the growth of all tissues of the body

    Children deficient in GH must be treated through supplements

    If they are not treated, they will achieve a mature height of only 4-4.5 feet

    During puberty, a surge of GH accounts for the significant increase in body size

    And a gradual drop in GH occurs during aging

    This drop results in loss of muscle and body mass, increase body fat, thinning of the skin, and decreased cardiovascular function

    I.e. old people shit

    Abnormally low levels of GH in adults can result in a condition known as adult growth hormone deficiency (AGHD)

    AGHD can be treated with GH supplementation

    People are given GH supplements if their deficiencies in GH are a result of trauma or disease that affects the hypothalamus or pituitary

    Not given to people who have normal declines in GH due to aging

    Successful treatments through GH supplements result in increased body and bone mass, an increased ability to exercise, and general improvements on life satisfaction (Boguszewski, 2017)

    Gonadotropic Hormones

    Play a role in reproduction

    Released from the anterior pituitary in response to gonadotropin-releasing hormone (GnRH) from the hypothalamus

    The gonadotropic hormones include luteinizing hormone (LH) and follicle-stimulating hormone (FSH)

    In women, LH stimulates the production of estradiol (an estrogen) from the ovaries and FSH stimulates the growth of ovarian follicles, the fluid-filled sacs that contain immature eggs

    In men, LH stimulates the production of testosterone from the testes and FSH stimulates sperm production

    Testosterone and Estrogen

    Testosterone

    Regulates sex drive, mood, confidence, and memory functionality

    Stimulates muscle growth, strength, and endurance

    Maintains bone mass density

    Increases red blood cell production

    Results in sperm production, erectile function, and prostate growth in men

    Leads to hair and collagen growth

    Estrogen

    Adjusts body temperature

    Regulates memory functionality and libido adjustment

    Regulates cholesterol production

    Increases bone strength and bone density

    Has anti-aging effects on skin

    Protects the heart from cholesterol

    Results in breast growth and feeding functions

    Ovaries are maturated and stimulated

    Results in menstrual cycle for pregnancy

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  4. I know what you mean with 'sounds' I get really annoyed when someone pronounces their 'S' more than usual. It makes me cringe so hard for some reason. Or when someone clicks their tongue when thinking. Really minor shit actually when you think about it.

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  5. i dont mean to offend or anything but hearing only the keyboard and ur voice entire game is annoying
    try to put the game audio at least I love ur gameplay but the videos bro u gotta work it hearing a 46 min game with keyboards in ur headset is too much… anyway have a nice day

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  6. My calc 3 for tha algorithm:
    The radius of a right circular cone is increasing at a rate of 1.7 in/s while its height is decreasing at a rate of 2.5 in/s. At what rate is the volume of the cone changing when the radius is 146 in. and the height is 140 in.?
    Ans: _______in^3/s

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