Part 1: Translate each into an algebraic expression. Used any letter to represent the unknown unless otherwise specified. 1. Six more than a certain number 2. Thirteen decreased by a number. 3. 14 more than the product of 9 and t. 4. The sum of n and 7 multiplied by 11. 5. Five times the product of d and e. 6. Thrice the sum of x, y, and z. 7. 50 decreased by the product of c and d. 8. Six times the number x, increased by 10. 9. Eleven more than the sum of two different members. 10. The product of 8 and n, increased by the product of q and r.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Part 1: Translate each into an algebraic expression. Used any letter to represent the unknown unless
otherwise specified.
1. Six more than a certain number
2. Thirteen decreased by a number.
3. 14 more than the product of 9 and t.
4. The sum of n and 7 multiplied by 11.
5. Five times the product of d and e.
6. Thrice the sum of x, y, and z.
7. 50 decreased by the product of c and d.
8. Six times the number x, increased by 10.
9. Eleven more than the sum of two different members.
10. The product of 8 and n, increased by the product of q and r.
Transcribed Image Text:Part 1: Translate each into an algebraic expression. Used any letter to represent the unknown unless otherwise specified. 1. Six more than a certain number 2. Thirteen decreased by a number. 3. 14 more than the product of 9 and t. 4. The sum of n and 7 multiplied by 11. 5. Five times the product of d and e. 6. Thrice the sum of x, y, and z. 7. 50 decreased by the product of c and d. 8. Six times the number x, increased by 10. 9. Eleven more than the sum of two different members. 10. The product of 8 and n, increased by the product of q and r.
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