subject
Physics, 13.10.2020 04:01 heyboi2516

A solar oven that maximizes thermal energy must be able to optimize the transfer of kinetic energy. In the beginning planning stages for the device, you need to think about: What is the original source of kinetic energy?
What observable features can serve as evidence to prove that the amount of kinetic energy in the solar oven has changed?
Identify two design features that you currently believe the solar oven should have in order to optimize thermal energy.
Create a draft list of the materials that you currently think should be used to construct a solar oven. Be sure to:
list any tools that you may need (even items used to stick things in place)
state the dimensions of the items (for example, 40 cm x 40 cm x 5 cm)
be as specific as possible (for example, "masking tape" instead of just writing "tape")
refer to the criteria and constraints listed in Solar Oven Design Log Entry #1

( solar oven for smores) I will make brainliest

ansver
Answers: 2

Another question on Physics

question
Physics, 22.06.2019 03:50
A30 kg weight lies on top of a massless piston of area a = 0.01 m2 the exterior air is at a (constant) p =1 atm and t = 27 c. the interior gas is 0.4 moles of (ideal) n2 and it has initial temperature 27.00 degrees c. 1. what is the initial pressure in the interior? a. 29.4 kpa b. 130.7 kpa c. 101.3 kpa the next three questions concern what happens when an amount of heat q is slowly added to the interior, raising the piston by 1 mm and raising the interior temperature to 27.40 c
Answers: 3
question
Physics, 22.06.2019 08:20
The two required components for a generator are
Answers: 3
question
Physics, 22.06.2019 17:10
Both independent and dependent clauses
Answers: 2
question
Physics, 22.06.2019 20:20
The base of a 50-meter tower is at the origin; the base of a 50-meter tree is at (0, 50, 0). the ground is flat and the z-axis points upward. the following parametric equations describe the motion of six projectiles each launched at time t = 0 in seconds. (i) r (t) = (50 + t2)k (ii) r (t) = 2t2 j + 2t2k (iii) r (t) = 50 i + 50 j + (50 βˆ’ t2)k (iv) r (t) = 2t j + (50 βˆ’ t2)k (v) r (t) = (50 βˆ’ 2t) i + 2t j + (50 βˆ’ t)k (vi) r (t) = t i + t j + tk (a) which projectile is launched from the top of the tower and goes downward? at time t = , the projectile hits the ground at point (x, y, z) = . (b) which projectile hits the top of the tree?
Answers: 2
You know the right answer?
A solar oven that maximizes thermal energy must be able to optimize the transfer of kinetic energy....
Questions
Questions on the website: 13722360