For each of the following decimal numbers, calculate: 1. actual exponent in decimal 2. biased exponent in decimal 3. 32-bit IEEE floating point representation in binary without any spaces For instance, for 25.75: x1 is 4. x2 is 131 and x3 is 01000001110011100000000000000000 a. 3.75 actual exponent (base 10): ,biased exponent (base 10): . 32-bit fp (base 2): b.-55 23/64 actual exponent (base 10): ,biased exponent (base 10): , 32-bit fp (base 2) ,biased exponent (base 10): . 32-bit fp (base 2): c. 3.1415927 actual exponent (base 10): d. 64.000 actual exponent (base 10): ,biased exponent (base 10): , 32-bit fp (base 2):

not enough information

step-by-step explanation:

we cannot know this, because the other students could have handed out 10 flyers, or they could have handed out 100. one way, the mean would go up, and another way, the mean would go down.

in the attachment.   i didn't see your choices.   the word which means there is choices.

step-by-step explanation:

(x,y)

x tells you how much left or right you go from the origin

y tells you how much down or up you go from the origin

so for example (-3,2), you go left 3 and up twice. i denoted which of the ordered pairs is which in my graph.

b. 1.25 hr

step-by-step explanation:

if you have a constant speed of 60 mph, then you have a ratio between 60 mi. to 1 hr. dividing both sides by 60 we get the ratio

1 mi. to

then mult. both sides by 75 we get the ratio

75 mi. to

simplifying we get

75 mi. to

or 1.25 hr.