A salesman makes both a base salary and also a commission, which is a percentage of what he sells. Each month, if his sales tota
1 answer:
Linear equation is the equation in which the highest power of the unknown variable is one.
The given equation the constant 2000 represents the base salary or the fixed salary of the salesman.
To find that what does 2000 represent in the given linear equation we need to know about the linear equation.
<h3>What is linear equation?</h3>Linear equation is the equation in which the highest power of the unknown variable is one.
Given information-
Total sales by salesman each month is dollars.
The total money made by the salesman each month by selling goods of dollars given by,
The above equation given in the problem is the linear equation. In this linear equation the salary of salesman depends on his sales.
The constant amount of $2000 is the fixed amount of the salesman.
The variable is the variable on which the salary of the salesman depends. Thus due to this variable the salary of the salesman changes.
Hence in the given equation the constant 2000 represents the base salary or the fixed salary of the salesman.
Learn more about the linear equation.
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Answer:
The number of once is 9.1
The number of hundreds is 8.9
Step-by-step explanation:
Given as :
The total of digits having ones and hundreds = 900
The sum of digits = 18
Let The number of ones digit = O
And The number of hundreds digit = H
So, According to question
H + O = 18 .........1
100 × H + 1 × O = 900 ........2
Solving the equation
( 100 × H - H ) + ( O - O ) = 900 - 18
Or, 99 H + 0 = 882
Or , 99 H = 882
∴ H =
I.e H = 8.9
Put the value of H in eq 1
So, O = 18 - H
I.e O = 18 - 8.9
∴ O = 9.1
So, number of once = 9.1
number of hundreds = 8.9
Hence The number of once is 9.1 and The number of hundreds is 8.9
Answer