Answer:
Step-by-step explanation:
A man steps out of a plane at 4,000m of height above the ground.The point at which he jumps out of the plane would make a good reference point. However, if his acceleration is going to change as a result of him opening his parachute 2000m above the ground, a good reference point would be there. Keep in mind though, that his velocity at that instant would need to be known for it to be useful- otherwise the airplane reference point would be just as good with appropriate modeling....
Answer:
ok so we need to use the pythagorean theorem
a^2+b^2=c^2
3^2+10^2=
the square root of 109
10.4403065089
10.44
Hope This Helps!!!
We can begin by taking each part of the table and writing it out as a term of the geometric sequence. For example, for n=4, we have ar^3=6, and for n=9 we have ar^8=-192. Then, we can divide these two terms to get r^5=-32. Taking the fifth root on both sides, we get that r=-2. We can then just plug this in, getting -8a=6, or that a=-3/4, giving us B.
(every time i use a in this, i mean a1)
Since it is cubed you would to cubed root or 3 square root which gets u 3 for all sides
Answer:
Jane pays £1.12 for 200g of cheese
Step-by-step explanation:
1kg = 1000g = £5.60
200g = x
x = (200 × 5.60)/1000
x = 1120/1000
x = £1.12
