First round 6254 to 6000 then multiply it by 2.
6,254=6,000x2=12,000
If you need help on the multiplying bit here is how you do it:
First take the whole numbers so 6 and 2. Next multiply them. 6x2=12. Then all you do is add the zeros. So in this case there are three zeros so 12,000 is your estimated answer.
The modulus of complex number can be computed with this equation:
|z|=sqrt(Re(z)^2+Im(z)^2)
z = -2-6i
Re(z)=-2, so Re(z)^2=4
Im(z)=-6, so Im(z)^2=36
|z|=sqrt(36+4)=sqrt(40)=6.3
Answer:
Interest earned: 343.75
Balance at maturity: 2843.75
Step-by-step explanation:
simple interest formula
P(1+it)
interest earned:
(interest earned is the ending balance minus the beginning balance)
2500(1+.055*(30/12))-2500= 343.75
Balance at maturity
2500(1+.055*(30/12))= 2843.75
(another way to solve this part is to just add 343.75 (the interest earned) to the beginning balance)
Answer:
[see below]
Step-by-step explanation:
There is no underlined numbers. I will do all of them.
In the number '775':
- The first 7 is in the hundreds place. It represents the value of '700'. (<u>7</u>75)
- The second 7 is in the tens place. It represents the value of '70'. (7<u>7</u>5)
- 5 is in the ones place. It represents the value of '5'. (77<u>5</u>)
- If you add all the values together, you get '775'.
700 + 70 + 5 = 775
<em>Brainilest Appreciated. </em>
Answer:
10
Step-by-step explanation:
<h2>—Math</h2>
½ x + 5 = 10
½ x = 10 – 5
x = 5 x 2
x = 10
<em> </em><em>follow </em><em>my </em><em>account</em><em> </em><em>^</em><em>^</em>