Answer:
- zeros: x = 1, x = 3
- y = (x -1)(x -3)
Step-by-step explanation:
The zeros are the x-values where the graph crosses the x-axis (y=0; That's why it is called a "zero.") The graph crosses y=0 at x=1 and x=3.
A factor of the polynomial is zero at each zero. Hence the factorization is ...
y = (x -1)(x -3)
The first factor is zero at x=1; the second factor is zero at x=3.
No, it<span> is not possible for two quantities to have the same units but different dimensions. The dimension describes the physical property of the quantity and may be expressed with several units. Every dimension has different units. Examples for dimensions are length, volume, weight...
So, if two quantities have the same unit, they must have the same dimension.
For example if the unit is meters, we can not use this unit to measure weight, but only dimension length.</span>
Using PEMDAS going from left to right will make this much easier.
4+36➗(10-8)2*3+3 first subtract what's in the parenthesis and multiply to the 2nd power which gives you
4+36➗(4)*3+7 now going from left to right, multiply 4 times 3 which gives you
4+36➗12+7 then divide 36 by 12 which the gives you
4+3+7 four plus three gives you 7, so now just add 7 plus 7 and it gives you =14
Hope this helped
Answer:
x = -5
Step-by-step explanation:
-6 + x = -11
x = -11 + 6
x = -5
<span>The answer is Letter D - A $108,000 savings account and $46,000 CD at Bank T; a $36,000 money market account and $38,000 CD at Bank U; a $63,000 checking account, $80,000 savings account, and $70,000 money market account at Bank V
Your money is much safer in an FDIC bank. Money market accounts are protected by FDIC.</span>