50 has a two digit whole number, which means it has a place value of tens. 5 tens and ones.
5000 is a four digit whole number, which means it has a place value of 5000
5 thousands 0hundreds 0tens 0ones
5000 is 100 times greater than 50
Therefore, the value of C should be (11/2)^2
<span>To square a fraction, take the square of the numerator and put it over the square of the denominator. So since 11^2=121 and 2^2=4, (11/2)^2
(11)^2/(2)^2=121/4
</span>
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Answer:
Cscscscbsc s
Step-by-step explanation:
Csucbhscucbhsbhczj
Given:
The first two terms in an arithmetic progression are -2 and 5.
The last term in the progression is the only number in the progression that is greater than 200.
To find:
The sum of all the terms in the progression.
Solution:
We have,
First term :
Common difference :
nth term of an A.P. is
where, a is first term and d is common difference.
According to the equation, .
Divide both sides by 7.
Add 1 on both sides.
So, least possible integer value is 30. It means, A.P. has 30 term.
Sum of n terms of an A.P. is
Substituting n=30, a=-2 and d=7, we get
Therefore, the sum of all the terms in the progression is 2985.
Answer:
C is the answer
Step-by-step explanation: