If I = prt, the value of I when p = 1,000, r = 0.05, and t = 3 is
Answers
l=1000*0.05*3
l=150
I=1000*0.05*3
I=150
Related Questions
Mr. Johnson bought 1.8 pounds of grapes for $2.20 per pound. How much did the grapes cost Mr. Johnson to purchase?A. $3.96B.$3.80C.$0.40D.$5.40
Sand masting (H). The sailboat named Sand Bug has a tall mast. The backstay (the heavy steel cable that attaches the top of the mast to the back, or stern, of the sailboat) is made of 130 feet of cable. The base of the mast is located 50 feet from the stern of the boat. How tall is the mast?
How to find the probability in a 2-card hand out of a deck of 52 cards that the cards will have different suits.
If lines l and m are parallel, then 2 and 3 are corresponding angles.True or false
Answers
Answers
How did it turn out to worked out
If you want to know the answer, just look at how many times 3 can be divided in 20. And the remainder is 2
b) the photographer wants to use a particular lens, for which theta = 36 (pi/5 radians). How far should she place the camera from the wall to be sure the entire picture will show in the photograph?
Answers
one that you want to jump right in and start cranking out answers, but as
soon as you do that, you run into lots of sneaky things that you'll need
in order to find answers but they're not given in the question.
a). We think we kind of know what the angle 'theta' is, but we're not sure.
It could be the elevation angle of the camera's optical axis, and if so, then
it depends on where the camera is actually aimed. Is it the center of the
picture ? Is it one corner ? Is it a point somewhere along the top of the
frame ? We don't know.
a). On the other hand, 'theta' could be the angle subtended by the whole
subject at the camera's focal plane, or at the front surface of its objective
lens. We don't know.
b). Here in b)., it sounds like maybe there's some connection between
'theta' and what kind of lens she uses, so it could be the angle of the
camera's field of view. But then, how much of the picture you can capture
also depends on the dimensions of the film frame or the CCD. We know
that one radian of field of view is one focal length on the film. But we don't
know the size of the 'film', so maybe the image of the subject can completely
fit on it, and maybe it can't. We don't know.
But, as I said. It sure is fascinating.
Answers
1). 2 • 3.14 (pi) • r
Or
2) d • 3.14
In this case I'm using #1
Plug in the numbers
2 • 3.14 • 4.5= 28.26
Answers
Answer: 76
Step-by-step explanation:
Answers
It would be rounded as 16,350