Maharashtra SSC Class 10 Algebra July 2025 question paper
Maximum marks 40 · Time 2 hours
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Q.1 (A)
1 mark each
- Q.1 (A) (i)1 markThe value of determinant is ____.
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- Q.1 (A) (ii)1 markOut of the following equations which one is not a quadratic equation?
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- Q.1 (A) (iii)1 markFor given A.P. , , then ____.
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- Q.1 (A) (iv)1 markFrom the following numbers which number cannot represent a probability?
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Q.1 (B)
1 mark each
- Q.1 (B) (i)1 markFor simultaneous equations in variables and , , , , then find the value of .
- Q.1 (B) (ii)1 markWrite the following quadratic equation in standard form: .
- Q.1 (B) (iii)1 markFace value of one share is ₹100 and premium is ₹10. Find the market value of the share.
- Q.1 (B) (iv)1 markFind the class mark of the class 6–10.
Q.2 (A)
2 marks each · attempt any 2
- Q.2 (A) (i)2 marksComplete the following activity to solve the quadratic equation by completing square method.
- Q.2 (A) (ii)2 marksCourier service agent charged total ₹590 to courier a parcel from Nashik to Nagpur. In the tax invoice taxable value is ₹500 on which CGST is ₹45 and SGST is ₹45. Complete the following activity to find the rate of GST charged for this service.
- Q.2 (A) (iii)2 marksThe monthly expenditure of a family on different items is shown in the following table. Complete the following activity to calculate the related central angles.
Different items Percentage of expenditure Food 40 Clothing 20 Education 30 Other expenditure 10 Total 100
Q.2 (B)
2 marks each · attempt any 4
- Q.2 (B) (i)2 marksFind the values of and of the following given simultaneous equations: ; .
- Q.2 (B) (ii)2 marksSolve the following quadratic equation by factorisation method: .
- Q.2 (B) (iii)2 marksWhich term of the following A.P. is 560?
- Q.2 (B) (iv)2 marksMarket value of a share is ₹200. If the brokerage rate is 0.3%, then find the purchase value of the share.
- Q.2 (B) (v)2 marksIf , and , then find mean .
Q.3 (A)
3 marks each · attempt any 1
- Q.3 (A) (i)3 marksIn an A.P. sum of three consecutive terms is 27 and their product is 504. Complete the following activity to find the terms.
- Q.3 (A) (ii)3 marksA card is drawn from a well shuffled pack of 52 playing cards. Complete the following activity to find the probability of the following events: (a) A red card (b) A face card.
Q.3 (B)
3 marks each · attempt any 2
- Q.3 (B) (i)3 marksIn the following table the yearly investment made by 210 families is given. From this information draw the histogram.
Investment (Thousand Rupees) Number of families 10–20 30 20–30 50 30–40 60 40–50 55 50–60 15 - Q.3 (B) (ii)3 marksShri Shivajirao has purchased 150 shares of F.V. ₹100, for M.V. of ₹120. Company has paid 7% dividend. Find the rate of return on his investment.
- Q.3 (B) (iii)3 marksProduct of Shraddha's age 2 years ago and 3 years hence is 84. Find her present age.
- Q.3 (B) (iv)3 marksSolve the following simultaneous equations graphically: , .
Q.4
4 marks each · attempt any 2
- Q.4 (i)4 marksIn an agriculture field the ratio of salary of skilled and unskilled workers is 5 : 4. Total salary of one day of both of them is ₹900. Find daily wages of skilled and unskilled workers.
- Q.4 (ii)4 marksTwo dice are thrown. Find the probability of the following events: (a) Event A: The sum of the numbers on their upper faces is at least 9. (b) Event B: The sum of the numbers on their upper faces is divisible by 5. (c) Event C: The number on the upper face of the first die is greater than the number on the upper face of the second die.
- Q.4 (iii)4 marksIn the following frequency distribution table ages of 300 patients and number of patients in a hospital is given. Find the median age of the patients.
Age (In years) Number of patients 10–20 60 20–30 42 30–40 55 40–50 70 50–60 53 60–70 20
Q.5
3 marks each · attempt any 1
- Q.5 (i)3 marksThree conditions are given below. Write the quadratic equation for each of them satisfy that condition: (a) If discriminant (b) If discriminant (c) If discriminant
- Q.5 (ii)3 marksIf first term of an A.P. is 'p', second term is 'q' and last term is 'r', then show that the sum of all terms is .