Perform the following operation.
?
What will be an ideal response?
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Solve the problem.A simple electrical circuit consists of a resistor connected between the terminals of a battery. The voltage V (in volts) is dropping as the battery wears out. At the same time, the resistance R (in ohms) is increasing as the resistor heats up. The power P (in watts) dissipated by the circuit is given by P = src="https://sciemce.com/media/4/ppg__as0610191803__f1q87g5.jpg" style="vertical-align: -17.0px;" /> 
. Use the equation
= 
+ 
to find how much the power is changing at the instant when R = 4 ohms, V = 3 volts, 
and dV/dt = -0.04 volts/sec.
A. 1.06 watts
B. 1.19 watts
C. -1.19 watts
D. -1.06 watts
Find the mode(s) for the given sample data. 90, 45, 32, 45, 29, 90
A. 45 B. 55.2 C. 90, 45 D. 90
Write as a percent.0.35
A. 3.5% B. 350% C. 35% D. 0.035%
Identify the vertex, axis, domain, and range of the parabola.f(x) = -2(x + 3)2 + 2
A. vertex: (-3, 2) axis: x = -3 domain: (-?, ?) range: (-?, 2] B. vertex: (-3, -2) axis: x = -3 domain: (-?, ?) range: [2, ?) C. vertex: (-3, 2) axis: x = -3 domain: (-?, ?) range: [2, ?) D. vertex: (-3, -2) axis: x = -3 domain: (-?, ?) range: (-?, -2]