Sentences with EQUATIONS
Check out our example sentences below to help you understand the context.Sentences
1
"Solving linear equations requires basic algebraic skills."
2
"Balancing chemical equations is an essential skill in chemistry."
3
"Quadratic equations can have two solutions."
4
"To solve simultaneous equations, you need to find common values for the variables."
5
"Einstein's theory of relativity is described by a set of mathematical equations."
6
"Differential equations are commonly used in physics and engineering."
7
"Complex equations often require advanced mathematical techniques to solve."
8
"Systems of linear equations can be represented by matrices."
9
"In calculus, differential equations play a major role."
10
"To find the solution to a system of equations, you need to satisfy all the given conditions."
11
"The equations describing the motion of planets are quite complex."
12
"Nonlinear equations often have solutions that cannot be expressed in terms of elementary functions."
13
"The Maxwell's equations describe the behavior of electromagnetic fields."
14
"To solve exponential equations, you can use logarithms."
15
"The Navier-Stokes equations govern fluid flow."
16
"The equations of motion can predict the trajectory of a launched projectile."
17
"Matrix equations are widely studied in linear algebra."
1
"Mathematics is full of equations that describe various relationships between variables."
2
"To solve a system of equations, you need to find the values of all the unknowns."
3
"The equations in this physics problem are very challenging to solve."
4
"She studied the equations overnight to prepare for the exam."
5
"The solution to these equations requires advanced calculus techniques."
6
"Linear equations can be graphed as straight lines."
7
"The physicist derived a new set of equations to explain the phenomenon."
8
"Balancing chemical equations is an essential skill in chemistry."
9
"The equations in this engineering problem involve complex numbers."
10
"The mathematical model consists of a system of differential equations."
