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Answered on 16 Apr Learn Pair of linear equations in two variable
Sadika
To have infinitely many solutions, the two equations must represent the same line, meaning one equation is a multiple of the other.
Given equations:
read lessAnswered on 16 Apr Learn Pair of linear equations in two variable
Sadika
Let's denote the numerator of the fraction as xx and the denominator as yy.
According to the given conditions:
The sum of the denominator and numerator of a fraction is 3 less than twice the denominator:
Answered on 16 Apr Learn Pair of linear equations in two variable
Sadika
Let's denote the tens digit of the two-digit number as xx and the units digit as yy. The original number can then be represented as 10x+y.
According to the given conditions:
The sum of the digits of the two-digit number is 12:
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Answered on 16 Apr Learn Arithmetic Progression
Sadika
The given sequence is an arithmetic progression (AP) with a common difference. To find this common difference, let's subtract each term from the next one:
Answered on 16 Apr Learn Arithmetic Progression
Sadika
To find which term of the arithmetic progression
read lessAnswered on 16 Apr Learn Polynomials
Sadika
To find the value of p for which
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Answered on 16 Apr Learn Polynomials
Sadika
If 11 is a zero of the polynomial p(x)=ax2−3(a−1)x−1
read lessAnswered on 16 Apr Learn Polynomials
Sadika
To find aa if (x+a) is a factor of
read lessAnswered on 16 Apr Learn Quadratic Equations
Sadika
Let's denote the usual speed of the plane as S km/hr.
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Answered on 16 Apr Learn Quadratic Equations
Sadika
To prove that the equation
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