No, no value for x will result in you getting the same amount of money
I.e. on the first day if x =2 you earn 33. on the second day you would've earned 44. Of course this may be wrong so best to double check
Answer:
0.4
Step-by-step explanation:
Given
60 % wear neither ring nor a necklace
20 % wear a ring
30 % wear necklace
This question can be Solved by using Venn diagram
If one person is choosen randomly among the given student the probability that this student is wearing a ring or necklace is

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The sum of probabilty is equal to 1 because it completes the set
Therefore the required probabilty is 0.4
Find out how much over the 10 years whatever it says and then use that to explain if it's worth is
Answer:
Jordan made mistake in his first step while multiplying.
Step-by-step explanation:
Given expression of Jordan's work is
14(8+4x) = 6x-(5-11x)
In the first step, Jordan multiplied the numbers to remove the braces.
He multiplied 14(8+4x) wrong as 14*8 is 112 rather than 126and on the right hand side, he did not change the sign of 11x to positive as two negatives are positive when multiplied.
Hence,
Jordan made mistake in his first step while multiplying.
Answer:
Solve the equation for x by finding a
, b
, and c
of the quadratic then applying the quadratic formula.
Exact Form:
x
=
−
4
±
√
5
Decimal Form:
x
=
−
1.76393202
…
,
−
6.23606797
…