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What is the difference with the farmers in Mesopotamia and Egypt?
The level of their tan
How do you fix a blotchy orange spray tan?
for a temporary fix until your tan fades, use instant tan and blend it over the blotched areas to give you a more even coverage.
How can you get rid of a farmers tan?
Sometimes a farmers tan is easy to achieve and sometimes takes years to get rid of. But the best thing to do is wear lots of sun screen when going outside always head for the shade and get a skin lighting cream to help you long alittle always take lots of baths and showers and it will fade in time!!
Why were the whites jealous of the Cherokee?
The Cherokkee were bettetr farmers tan them
What did the farmers do to fix their land during the dust bowl?
They did stuff
How to fix tan lines with tanning bed?
One of the best ways to fix unsightly tan lines is to use a sunless tanner. This can be accomplished with a product intended for home use such as jergen's sunless tanner or from a professional tanning salon.
Is sun a priority to people in the UK?
yes to the people who want a tan, and for farmers who need to grow their crops
How do I fix uneven sunburn?
One time i got sunburned on the front of my body and nothing on the back so to fix it i went to a tanning bed and put a towel over the front of me so only the back half would tan. One time i got sunburned on the front of my body and nothing on the back so to fix it i went to a tanning bed and put a towel over the front of me so only the back half would tan.
Tan 9 plus tan 81 -tan 27-tan 63?
tan(9) + tan(81) - tan(27) - tan(63) = 4
What is a antonym of pale?
Tan Tan
What is tan20tan32 plus tan32tan38 plus tan38tan20?
This may not be the most efficient method but ... Let the three angle be A, B and C. Then note that A + B + C = 20+32+38 = 90 so that C = 90-A+B. Therefore, sin(C) = sin[(90-(A+B) = cos(A+B) and cos(C) = cos[(90-(A+B) = sin(A+B). So that tan(C) = sin(C)/cos(C) = cos(A+B) / sin(A+B) = cot(A+B) Now, tan(A+B) = [tan(A)+tan(B)] / [1- tan(A)*tan(B)] so cot(A+B) = [1- tan(A)*tan(B)] / [tan(A)+tan(B)] The given expressin is tan(A)*tan(B) + tan(B)*tan(C) + tan(C)*tan(A) = tan(A)*tan(B) + [tan(B) + tan(A)]*cot(A+B) substituting for cot(A+B) gives = tan(A)*tan(B) + [tan(B) + tan(A)]*[1- tan(A)*tan(B)]/[tan(A)+tan(B)] cancelling [tan(B) + tan(A)] and [tan(A) + tan(B)], which are equal, in the second expression. = tan(A)*tan(B) + [1- tan(A)*tan(B)] = 1
If for a triangle abc tan a-b plus tan b-c plus tan c-a equals 0 then what can you say about the triangle?
tan (A-B) + tan (B-C) + tan (C-A)=0 tan (A-B) + tan (B-C) - tan (A-C)=0 tan (A-B) + tan (B-C) = tan (A-C) (A-B) + (B-C) = A-C So we can solve tan (A-B) + tan (B-C) = tan (A-C) by first solving tan x + tan y = tan (x+y) and then substituting x = A-B and y = B-C. tan (x+y) = (tan x + tan y)/(1 - tan x tan y) So tan x + tan y = (tan x + tan y)/(1 - tan x tan y) (tan x + tan y)tan x tan y = 0 So, tan x = 0 or tan y = 0 or tan x = - tan y tan(A-B) = 0 or tan(B-C) = 0 or tan(A-B) = - tan(B-C) tan(A-B) = 0 or tan(B-C) = 0 or tan(A-B) = tan(C-B) A, B and C are all angles of a triangle, so are all in the range (0, pi). So A-B and B-C are in the range (- pi, pi). At this point I sketched a graph of y = tan x (- pi < x < pi) By inspection I can see that: A-B = 0 or B-C = 0 or A-B = C-B or A-B = C-B +/- pi A = B or B = C or A = C or A = C +/- pi But A and C are both in the range (0, pi) so A = C +/- pi has no solution So A = B or B = C or A = C A triangle ABC has the property that tan (A-B) + tan (B-C) + tan (C-A)=0 if and only if it is isosceles (or equilateral).
