Kikokotoo cha Watts kwa Pigo la Moyo
Ufanisi wako wa erobiki kutokana na nguvu na mapigo ya moyo
Piga picha, AI itarekodi mlo wako. Lishe na mazoezi katika programu moja.Pakua programu bila maliponguvu yako wastani, k.m. 220
mapigo yako ya moyo wastani, k.m. 150
Kikokotoo cha Watts kwa Pigo la Moyo
Waendeshaji wawili wanaweza kushikilia nguvu ile ile, lakini yule anayeifanya kwa mapigo ya moyo ya chini ana injini bora zaidi ya erobiki. Watts kwa pigo la moyo hunasa hilo katika namba moja: nguvu wastani iliyogawanywa kwa mapigo ya moyo wastani. Weka zote mbili na kikokotoo hiki kitarejesha watts zako kwa pigo na kazi iliyofanywa kwa pigo. Fuatilia kwenye juhudi thabiti ili kuona uimara wa erobiki ukiboreka katika kipindi cha mazoezi.
Watts kwa pigo la moyo ni nguvu wastani iliyogawanywa kwa mapigo ya moyo wastani — kielelezo rahisi cha kiasi cha kazi ya nje ambacho kila pigo la moyo wako huzalisha. Kwa mapigo ya moyo yale yale, watts zaidi kwa pigo humaanisha injini bora ya erobiki, hivyo namba huwa inapanda kadiri uimara unavyoboreka. Linganisha tu kwa nguvu, muda na hali zinazofanana; hushuka wakati wa kuendesha kadiri mtiririko wa moyo unavyopandisha mapigo ya moyo.
Maswali Yanayoulizwa Mara kwa Mara
- What is watts per heartbeat?
- Watts per heartbeat is an aerobic efficiency index that divides your average power output by your heart rate. It shows how much work you produce for each beat, so a higher value means your cardiovascular system is delivering more output per unit of effort.
- How do I calculate watts per heartbeat?
- Divide your average power in watts by your average heart rate in beats per minute over the same effort. Riding at 200 watts and 160 bpm gives 1.25 watts per beat. Enter both numbers and the calculator returns your efficiency index.
- How do I interpret my watts-per-heartbeat number?
- Compare it across similar workouts: as aerobic fitness improves, you produce more watts at the same heart rate, so the value rises. It's most useful as a personal trend rather than an absolute benchmark, since it varies with effort length, heat and fatigue.