4. Suppose that you have an enormous grapefruit that is 92% water (by weight). The grapefruit weights 100 pounds. If the water c
1 answer:
Answer:
80 pounds.
Step-by-step explanation:
Let W₁ be the initial weight of water in the grapefruit, W₂ be the weight of water in the grapefruit after evaporation, and M be the total weight of the grapefruit after evaporation. Assuming that, originally, the grapefruit weighed 100 pounds with a 92% water content and the weight of the "non-water" part of the fruit (100 - W₁) does not change. The final weight of the grapefruit (M) is given by:
The grapefruit now weighs 80 pounds.
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Answer:
a. (23,-20,-5)
b. A=15.4
Step-by-step explanation:
first we find two vectors on the plan with length p q and PR.
We have
P Q=<5,1,-3> - <0,-4,0>
P Q=<5-0,1-(-4),-3-0>
P Q=(5,5,-3)
PR=<5,2,1> - <0,-4,0>
PR=<5-0,2-(-4),1-0>
PR=(5,6,1)
The cross product of the two determined vector will produce an orthogonal to the plane
the cross product of two vectors is expressed as
(a,b,c) x (d,e,f)=(bf-c e, c d-a f, a e-b d)
going by the expansion above we have
P Q * PR =(5,5,-3) X (5,6,1) =(5-(-18), -15-5, 30-25)
P Q * PR =(23,-20,-5).
b. To determine the area, we use also use the cross product of the two formed vectors i.e
Answer:
OPTION C: The ratio is a constant.
OPTION E: The ratio is equal to b.
Step-by-step explanation:
Given:
The ratio of f(x + 1) and f(x) =
Since,
Cancelling out we get:
This shows that the ratio is always a constant and that constant is equal to b.