Answer:
0.12 ÷ 14.4 = 0.455
SOLUTION ARE IN THE PICTURE
Answer:
The third table of values matches the equation and includes only viable solutions.
Step-by-step explanation:
Loaves of bread: b can't be a negative value, then the first table doesn't include viable solutions.
The number of loaves of bread must be a whole number, then the second table doesn't include viable solutions.
c=3.5b
if b=0→c=3.5(0)→c=0
If b=3→c=3.5(3)→c=10.5
If b=6→c=3.5(6)→c=21
If b=9→c=3.5(9)→c=31.5
The third table includes viable solutions
Answer:
Step-by-step explanation:
1. Chaos Theory
2. Law of Gravity
3. Fourier Transformation
4. The Square Root of -1
5. Logarithms
6. Maxwell Equations
7. Black-Scholes Equation
8. Navier-Stokes Equation
9. Normal Distribution
10. Euler’s Polyhedra Formula
11. Pythagorean Theorem
12. Calculus
13. Theory of Relativity, Mass–Energy Equivalence
Answer:
81.87°
Step-by-step explanation:
The angle a line makes with the x-axis is equal to the arctangent of its slope. Here, L1 makes an angle of arctan(0.5) = 26.57° with the x-axis; L2 makes an angle of arctan(-3) = -71.57° with the x-axis. The difference between these angles is ...
26.57° -(-71.57°) ≈ 98.13° . . . . . . all numbers rounded to 2 decimal places
This is an obtuse angle, so the acute angle is ...
180° -98.13° = 81.87°
_____
You can also use the trig formula for the difference of angles. Tan(α) is the slope of the first line, 0.5. Tan(β) is the slope of the second line, -3.
tan(α-β) = (tan(α)-tan(β))/(1 +tan(α)tan(β))
tan(angle) = (0.5 -(-3))/(1 +(0.5)(-3)) = 3.5/(-0.5) = -7
angle = arctan(-7) = -81.87°
The angle between the two lines is 81.87°.
Answer:
15.01
Step-by-step explanation:
7×tan65=15.01 hopefully this help