close your eyes, titlt your head to the right and left your left hand above your head. you should know the approximate distance between your left thumb and your left ear without having to look. What sense are you using to know this? Name and describe the basic structures you are using to know this
close your eyes, titlt your head to the right and left your left hand above your...
Experiment 8: Reflexes (Part II) Procedure Hold a ruler approximately 8.0 cm above the outreached hand of your partner. Instruct him/her to catch the ruler between the thumb and forefinger. Record the measurement where your partner caught the ruler in Table 2. Repeat this two more times. Hold the ruler approximately 8.0 cm above the outreached hand of your partner. Tell him/her to close his/ her eyes and try to catch the ruler between the thumb and forefinger after you...
A meter stick is held vertically above your hand, with the lower end between your thumb and first finger. On seeing the meter stick released, you grab it with these two fingers. You can calculate your reaction time from the distance the meter stick falls, read directly from the point where your fingers grabbed it. If the measured distance is 18.3 cm, what is the reaction time?
describe the error that results from accidentally using your right rather than your left hand when determining the direction of magnetic force on a straight current carrying conductor
Suppose you are going to approximate $ 2. dx using a left-hand Riemann sum with 8 subintervals. Will this be an overestimate or underestimate? Explain how you can know this without actually computing the integral.
Using format long g, verify the following trigonometric identities by evaluating the left- and right-hand sides independently, c) arcsin x + arcsin y = arcsin(x/1 - y2 + yv1 – x2) for x = 0.5, y = 13/2 d) arctan x + arctan y = arctan (1971) for x = 0.5, y = 13/2 Hint: You must assign values to variables before using them in a command. Then, for each identity, assign the left hand side to a variable name...
Questions Example: to find the probability of a person having light colored eyes (bb) and having the ability to roll their tongue (RR or Rr), multiply the probabilities of those traits 0.09 x 0.71 = 0.0639 Next multiply by 100 to change the number into a percent 0.0639 x 100 = 6.30% chance of finding a person in this class with those two traits. 1.Using your class as a representative population, what is the probability of finding a person who...
the pseudocode or precise description in words of the algorithm Problem 6. (20 points) Texting. You are competing with your friends to type text messages on your smartphone as quickly as possible. Here are the rules: you use two thumbs for texting and they start out on the bottom left and bottom right keys of the keyboard. To type a character, you move either thumb from its current key to the key you need to press, and it takes time...
When using the Right Hand Rule, your open palm tells you the direction of… The electric field The current The magnetic field The force If a problem tells you that there is a “proton”. What will you know just from having that information? The charge The mass Location The number of neutrons
2.41 A Simple Reaction-Time Test. A meter stick is held graphs fo vertically above your hand, with the lower end between your 2.47 thumb and first fing er. When you see the meter stick released, you reaches t with those two fingers. You can calculate your reaction height or e from the distance the meter stick falls, read directly from the ground i bbed it. (a) Derive a relationship for Enceladus point where your fingers gral your reaction tinenterns σ...
Suppose that the mean value of interpupillary distance (the distance between the pupils of the left and right eyes) for adult males is 65 mm and that the population standard deviation is 5 mm. (a) If the distribution of interpupillary distance is normal and a random sample of n = 25 adult males is to be selected, what is the probability that the sample mean distance x for these 25 will be between 64 and 66 mm? (Round all your...