解析 wave node[力]波节; antinode[英][æntɪ'nəʊd][美][æntɪ'noʊd]n.(波)腹; 腹点; 波节:在驻波场中幅值最小(一般为0)的点、线或面.波腹:在驻波场中幅值为最大的点、线或面. 结果一 题目 wave node和antinode是什么 不是要翻译是物理讲解 答案 wave node[力]波节; ...
wave node[力]波节;antinode[英][æntɪ'nəʊd][美][æntɪ'noʊd]n.（波）腹; 腹点;波节：在驻波场中幅值最小（一般为0）的点、线或面。波腹：在驻波场中幅值为最大的点、线或面。
答案解析 查看更多优质解析 解答一 举报 wave node[力]波节; antinode[英][æntɪ'nəʊd][美][æntɪ'noʊd]n.(波)腹; 腹点; 波节:在驻波场中幅值最小(一般为0)的点、线或面.波腹:在驻波场中幅值为最大的点、线或面. 解析看不懂?免费查看同类题视频解析查看解答 ...
a standing wave is a superposition of two distinct waves which creates a wave that changes in amplitude but does not propagate. q4 what is a node? a node is a point along with a standing wave where the wave possesses the minimum amplitude. q5 what is an antinode? an antinode is the ...
At a node, displacement is always zero. At an antinode, displacement oscillates between maximum positive and negative values. Thus, a quarter of a wavelength (λ/4) separates the node from the nearest antinode. 6. What is the distance between a node and an antinode?
As the actuation amplitude \(V_0\) is increased, particles collect in a single line underneath the central node of the capillary wave (Fig. 2 and Supplementary video SV1). By dynamically changing the position of one of the upper plates relative to the other, the wavelength of the wave can...
In a stationary wave pattern that forms as a result of reflection pf waves from an obstacle the ratio of the amplitude at an antinode and a node isβ=1.5.What percentage of the energy passes across the obstacle ? The frequencies of the harmonic of the string are ...
Since the wavelength λhead (at 297 MHz) in biological tissues approaches human head dimension, node and antinode of SW appear in the human head. The human body and the inner metallic surface of the MRI bore (the waveguide) become electrically large, so the volume resonator can radiate ...
the node and an adjacent electrode at the antinode of the wavelength.doi:US3523200 ANewell, William EUSUS3523200 * Feb 28, 1968 Aug 4, 1970 Westinghouse Electric Corp Surface wave piezoelectric resonator
the minimum value of the amplitude of the other. Thus in the case of electromagnetic radiation the amplitude of the oscillations of the electric field has its greatest value at the points at which the magnetic oscillation is zero, and vice versa. Also called:stationary waveComparenode,antinode ...