Determining subspaces of R 3 In Exercises 3 7 − 4 2 , determine whether the set W is a subspace of R 3 with the standard operations. Justify your answer. W = { ( s , t , s + t ) : s and t are real numbers }
Determining subspaces of R 3 In Exercises 3 7 − 4 2 , determine whether the set W is a subspace of R 3 with the standard operations. Justify your answer. W = { ( s , t , s + t ) : s and t are real numbers }
Solution Summary: The author explains that W is a subspace of R3 if the following two closure conditions hold true.
Determining subspaces of
R
3
In Exercises
3
7
−
4
2
, determine whether the set
W
is a subspace of
R
3
with the standard operations. Justify your answer.
W
=
{
(
s
,
t
,
s
+
t
)
:
s
and
t
are
real
numbers
}
Problem #5
Suppose you flip a two sided fair coin ("heads" or "tails") 8 total times.
a). How many ways result in 6 tails and 2 heads?
b). How many ways result in 2 tails and 6 heads?
c). Compare your answers to part (a) and (b) and explain in a few sentences why the
comparison makes sense.
A local company has a 6 person management team and 20 employees. The company needs to select 3 people from the management team and 7 employees to attend a regional meeting. How many different possibilities are there for the group that can be sent to the regional meeting?
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