Physics, 02.01.2020 18:31 acina

You are playing a speed-based card game with your 64-year-old grandfather. the object of the game is to get rid of your cards as fast as you can. once the first card is turned over, each player tries to play by deciding on which pile to play his or her card. when you were younger, your grandfather always beat you in this game. now, you always beat him. your grandfather is likely experiencing a slight decline

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Answer from: vaehcollier

Your grandfather is likely experiencing a slight decline in; Perceptual speed.

The grandfather is playing a speed based card game.

Now we are told that the object of the game is to get rid of the cards as fast as possible.

We are told that when you were younger your grandfather used to beat you always in the game. This means that his speed in comparing the cards to know which one to get rid of was fast before but has declined now since he can't beat you again.

Finally, we can say that his perceptual speed has declined because perceptual speed is defined as the ability to compare letters, numbers, objects, patterns e.t.c

Read more about Perceptual speed at; link

Answer from: kinqlouiee2253

Now, you always beat him. Your grandfather is likely experiencing a slight decline in perceptual speed.

Explanation:

The speed of perception refers to the capacity to accurately (and completely) compare words letter, digits, objects, images, etc. When testing, these objects can be displayed simultaneously or one after the other. This type of test can be included in the proficiency test.

For example, we have also seen all the puzzles that ask the reader to notice the differences between the two pictures. The time it takes to recognize these differences is a measure of the speed of perception. Likewise, in getting rid of cards at the given situation, grandfather experiences a less decline in his perceptual speed.

Answer from: Quest

spare some change and give it to the poor

explanation:

plz : ((

Answer from: Quest

we're given that v₀ = 0 and a = 5.4 m/s². therefore, since v = at + v₀ for constant acceleration the equation for velocity is

$v = 5.4 t$

after 28s,

$v(28) = 5.4(28) = 151.2$ m/s

which i would round to 150 m/s as my final answer

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You are playing a speed-based card game with your 64-year-old grandfather. the object of the game is...

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